<![CDATA[ Austars-Model.com : RSS Products Feed :: UAV & Drone Multirotors ]]> https://www.austars-model.com/ en Copyright (c) 2026 Austars Model Pty Ltd austarsmodel@yahoo.com (Austars Model Pty Ltd) austarsmodel@yahoo.com (Austars Model Pty Ltd) Wed, 15 Apr 2026 13:42:02 +0800 Zen-Cart v. v 2.1.4 14.02.2008 15:26 RSS 2.0 Feed 1440 <![CDATA[ NV Project Multi-Rotor 3 X Hexa + 3 X Battery system for the team's order ]]> https://www.austars-model.com/nv-project-multirotor-3-x-hexa-3-x-battery-system-for-the-teams-order_g27401.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=27401 NV Project Multi-Rotor 3 X Hexa + 3 X Battery system for the team's order
FOR NV TEAM PROJECT ORDER LINK
SYSTEM INCLUDE:
3 X SETS SYSTEM
3 X BATTERIES
FREIGHT & TARIFFS


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/nv-project-multirotor-3-x-hexa-3-x-battery-system-for-the-teams-order_g27401.html Tue, 03 Mar 2026 20:07:45 +0800 13508.54 USD 27401 13 27401 https://www.austars-model.com/ Star-X4-1580 Hybrid Power Multirotor 78kg MTOW for cargo transport 5 Hours endurance https://www.austars-model.com/starx41580-hybrid-power-multirotor-78kg-mtow-for-cargo-transport-5-hours-endurance_g25428.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=25428 Star-X4-1580 Hybrid Power Multirotor 78kg MTOW for cargo transport 5 Hours endurance

X4-1580 Data sheet

Diagonal Distance 1580mm (high strength carbon fibre + 7075 class aviation aluminium)

MTOW: 78KG

Empty system weight without petrol engine 25 KG

Empty weight with engine: 35KG (engine weight 10KG)

Economy payload rated 12KG

Max endurance: 5Hours (without task payload)

Max payload: 30kg (30 mins)

Reference: 10-12kg/2.5H, 1-2kg/4.5H

Folding size: 480mm x 380mm x 520mm

Fuel consumption: 8L/H

Engine output: 7000w (TBOH 300)

Flight Hovering Accuracy: ≤0.1m

Wind Resistance: ≥6

Max speed: 16m/s

Flight Sea Level: ≤3000m (too high to cause less oxygen and reduce the power)

Ascending/Descending speed: 3-5m/s

Flight light controller PIXHAWK X7+PRO

Datalink/Videolink: 15km (Built in the drone and GCS)

Operation temperature: -40+65°C

System includes:

Airframe with power system (ESC/Motor/ complete setup)

Flight control Pixhawk/ X7+PRO

All in one controller with datalink

1 x HD camera

Refueller tank x 2 (1.5L/4L)

EFI 7000kw 100cc engine water cooler

3 x pair 38" CF propellers

2 x 16000mah/24s battery

2 x 16000mah/24s battery as the spare

1 x 3000w 24S charger

1 x tool kit bag

1 x Transport aviation box (50 x 50 x 50 cm)

1 x Manual for the operation/use

1 x Assembly, turned, test service for RT

X4-1580 Data sheet (Production 2-3 weeks)

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Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/starx41580-hybrid-power-multirotor-78kg-mtow-for-cargo-transport-5-hours-endurance_g25428.html Tue, 03 Mar 2026 19:33:07 +0800 24900.00 USD 25428 25 Star-X4 https://www.austars-model.com/ NAJA FM4-130Kg 20kw Hybrid Power 60kg Payload w/Fuel 50kg/40mins-10kg/240mins Endurance performance Drone for cargo transport https://www.austars-model.com/naja-fm4130kg-20kw-hybrid-power-60kg-payload-wfuel-50kg40mins10kg240mins-endurance-performance-drone-for-cargo-transport_g25932.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=25932 NAJA FM4-130Kg 20kw Hybrid Power 60kg Payload w/Fuel 50kg/40mins-10kg/240mins Endurance performance Drone for cargo transport


Star-X series UAV with optimized design in 2023 were all integrated by TeamAustars with multiple task payloads and engines options for industrial & government customer markets. Star-X UAVs feature long endurance and optimized efficiency. The whole product lines include full composite and carbon fibre/CF two versions. CF version is upgraded by carbon fibre material in key structure surfaces.

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Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/naja-fm4130kg-20kw-hybrid-power-60kg-payload-wfuel-50kg40mins10kg240mins-endurance-performance-drone-for-cargo-transport_g25932.html Tue, 03 Mar 2026 19:27:50 +0800 USD 25932 64 5000 25932 https://www.austars-model.com/ MDD X8 Carbon Fiber Integrated Frame Max 60KG Payload Drone (Contact us for pricing) https://www.austars-model.com/mdd-x8-carbon-fiber-integrated-frame-max-60kg-payload-drone-contact-us-for-pricing_g26887.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26887 MDD X8 Carbon Fiber Integrated Frame Max 60KG Payload Drone (Contact us for pricing)
The material of the entire machine shell is 3K carbon fiber
Manufacturing process: Molding + internal pressing
Shell thickness :1.5mm
Symmetrical wheelbase :2400mm
Overall height :1000mm
Shell weight :15.5kg
Max takeoff weight :110KG
No-load flight time :55 minutes (4pcs, 14 seconds, 35,000 mah uliHVbattery)
Max load capacity :60kg@18min,30kG@30min
Max adjustable paddle :60 inches


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-x8-carbon-fiber-integrated-frame-max-60kg-payload-drone-contact-us-for-pricing_g26887.html Tue, 03 Mar 2026 19:27:34 +0800 USD 26887 55 MD-X8 https://www.austars-model.com/ MDD M16 Shell-Multi-wing Unmanned Aerial Vehicle Max 20KG Payload Drone (Contact us for pricing) https://www.austars-model.com/mdd-m16-shellmultiwing-unmanned-aerial-vehicle-max-20kg-payload-drone-contact-us-for-pricing_g26899.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26899 MDD M16 Shell-Multi-wing Unmanned Aerial Vehicle Max 20KG Payload Drone (Contact us for pricing)
Fuselage material: carbon fiber, aviation aluminum alloy, injection molded parts, etc
Landing gear is installed under the fuselage
Task chamber location: Internal structure of the machine Weight: Approximately 3500-4200g(depending on the customized strength)
Maximum takeoff weight :40kg

The basic information and system parameters of MD-M16:
Standard power unit: The power type of the MD-M16 unmanned aerial vehicle is electric. This model is provided with rotor power by six brushless motors combined with a high-voltage electronic speed regulator (compatible). Power unit type: Electric brushless engine; Electronic speed regulation system.
MD-M16 casing, main parameters:
Fuselage material: carbon fiber, aviation aluminum alloy, injection molded parts, etc
The landing gear is installed under the fuselage
Mission chamber location: Inside the machine
Structural weight: Approximately 3500-4200g(depending on the customized strength). Maximum take-off weight :40kg
Maximum effective load :20kg(Standard load :5kg)
Battery life :105min@1kg load /60min@6kg load
Maximum battery life :2 hours (123 minutes)@18kg-7m/s
Maximum control distance: Remote control manual control/approximately 0.5km-1km, ground station /5km-60km
Standard cruising speed :7m/s@18.5kg
Maximum cruising speed :15m/s(54km/h)
Never exceed speed :122m/h(approximately 34m/s)
Standard battery configuration :22.8v/25Ah*4(45.6V)
Maximum level flight ceiling: 5,200 meters above sea level
Wind resistance capacity: Not less than level 5 wind (gusts up to level 6)
Maximum wind resistance capacity for takeoff and landing: not less than Force 4 wind (gusts of Force 5)
Power blade size :28-30 inches (suggested)
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test (for standard high-altitude power configuration, please contact the manufacturer for information). Standard no-load takeoff weight: approximately 18kg
Safe voltage when entering the landing path: not less than 43.8v(GRV high-voltage battery). Arm installation Angle :0°
Does it support the system to replace the power battery pack without power interruption? Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control can be used in this model of unmanned aerial vehicle system
The flight control system has passed the test:
Zhidao Technology: Leo 2, Leo 1, Taurus 1, Taurus 2, Sagittarius
Dji Flight Control :A3, A3 PRO
Hexing Technology :pixhawk cubeblack,pixhawk cubeorange,pixhawk cubeblack+
Lexun Technology :CUAVV5+, pixhackV3x
Drone:
A kind of aircraft driven by power, unmanned on board and reusable, with multiple control methods such as remote control, semi-autonomous and autonomous flight.
Safety:
No accidents, no harm and no threat.
Lost stars:
It refers to the loss of GPS signals. During the flight, the "drone" flies to a place with a strong magnetic field and is disturbed, or the GPS signal is blocked, making it impossible for the flight control system to achieve precise positioning.

Aerial parking:
It generally refers to the situation where the motor or engine of a drone stops rotating when it is in flight in the air.
Flight control:
Known as the brain of a drone, the flight control system of a drone mainly consists of a gyroscope (flight attitude perception), an accelerometer, geomagnetic induction, a GPs module, and a control circuit. The main function is to automatically maintain the normal flight attitude of the aircraft.
Passage:
The most common term for a remote control indicates several signal patterns, with one channel corresponding to one signal, which enables the aircraft to perform corresponding actions.
2s, 3s, 4s batteries:

S represents the series connection of batteries. The standard voltage of one lithium battery is 3.7V and the full charge voltage is 4.2V. The standard voltage of the high-voltage plate battery is 3.8V and the full charge voltage is 4.35V.

Battery c parameters:
It represents the battery's discharge capacity, which is the most significant difference between ordinary lithium batteries and power lithium batteries. Power lithium batteries require a large current for discharge, and this discharge capacity is represented by c. If the battery capacity is 10Ah and the standard is 5C, then using 5x10A, it is concluded that the battery can discharge at a current of 50A.
General weather information
The main meteorological conditions that seriously affect the flight of unmanned aerial vehicles are:
Heavy rainfall weather may be accompanied by lightning and ice and snow strikes, wind shear and turbulence, which can deteriorate the aerodynamic performance of aircraft, cause excessive load on electric motors and even burn them out. Ice accumulation: Aircraft ice accumulation mainly falls into three categories: ice, rime, and frost. Mild icing may affect the performance of the aircraft. If the ice does not accumulate, the aircraft can continue to fly, but the flight time will be significantly reduced. If the aircraft reaches moderate or severe icing, it should immediately change course or land.
Visibility: When the effective visibility at the flight site is too poor, aircraft are prohibited from flying.
Visual range: When encountering visual range obstacles during flight, that is, visual range obstacle weather, one should change course and land as soon as possible to avoid unnecessary losses. Mountain air currents: The main impact of mountain air currents on aircraft is the influence of vortices. When flying in mountainous areas, one should increase the safe altitude of the flight path and pay attention to the mountain air currents. Wind shear occurs, and the wind direction in mountainous areas varies greatly. When taking off, taking flight routes, and landing, one must pay attention to the wind conditions at that time.

Battery energy saving program
Ensure that the software version of the flight controller is the latest one.
2. Before takeoff, adjust the aircraft parameters according to the takeoff weight and adjust the flight speed in accordance with the manufacturer's guidance and suggestions.
3. Reduce rapid maneuvering actions, minimize hovering time in the air, and reduce the time spent running the aircraft against the side wind.
4. Reduce the operation time at high altitudes.
5. In extremely cold regions, please use the battery temperature management system.
High-altitude operation (8,000 feet, 2,438 meters and above)
When unmanned aerial vehicles (UAVs) operate at high altitudes, the load on the power system is relatively large, which may cause the aircraft's power system to overload and burn out the electrical and mechanical control systems. It is recommended to ensure that the aircraft operates within a safe altitude range. If operating at high altitudes, please reduce the load weight and operation time, lower the aircraft's climbing and descending rates, increase the turning radius, and reduce or prohibit large maneuvering actions.
1. Regarding power loss: When operating at high altitudes, both the electric system and the oil-powered system will suffer partial power loss due to the thin air and reduced atmospheric content, thereby reducing the maximum takeoff weight and standard endurance of the aircraft. Replacing the corresponding propellers can reduce part of the power loss.
2. Regarding electronic devices: When operating at high altitudes, some electronic devices are more prone to corona and discharge phenomena. Please carefully inspect the relevant electronic equipment when operating at high altitudes. 3. Regarding airspeed calibration: When operating at high altitudes, there is a significant difference between the true airspeed and the apparent airspeed of the aircraft. At an altitude of 2,000 meters, there is approximately a 10% difference between the true airspeed and the apparent airspeed. At 400 meters, it is about 20%, and at 500 meters, it is about 30%. When operating at high altitudes, please use the calibrated airspeed to run the unmanned aerial vehicle.
4. Key weather information: The altitude of the plateau airport is high. Due to the strong wind passage at high altitudes, the air close to the ground is heated unevenly in the sunny and shady directions due to the sun's rays. Coupled with the terrain's obstruction and resistance to the wind, strong winds frequently occur at the plateau airport, with significant variations in wind speed and direction, which can easily lead to turbulence, turbulence, and wind shear. Pay close attention to turbulence and wind shear during takeoff and landing. At the same time, it is also necessary to pay attention to the complex and changeable climate of the plateau, with obvious time differences, regional and local characteristics. Please pay attention to the take-off time and climatic conditions.
5. Regarding terrain: In some high-altitude terrains with many mountains, canyons and cliffs, the communication antenna system of the unmanned aerial vehicle (UAV) data transmission link mostly adopts vertical polarization and horizontal polarization polarization methods, which may be affected by the terrain and cause multi-path interference, potentially leading to
The communication distance has been shortened and the communication quality has declined. 6. Regarding low-temperature operation: Cold weather operation mainly affects the battery discharge capacity of aircraft and flight control sensor components. When the battery operating temperature drops below 10 degrees Celsius, the battery discharge curve will significantly deteriorate, causing an unexpected and sudden drop in voltage, which may result in the aircraft losing power supply. At lower temperatures, it can also cause faults in flight control-related sensors. This further affects the safe flight of the aircraft. Please use the heating system when operating at high altitudes. Aircraft are prohibited from flying at extremely low temperatures.
7. Regarding operators: When operating at high altitudes, the battery life of related electronic equipment decreases. The rapid response ability of personnel will be reduced to varying degrees due to less oxygen and lower temperatures. When operating at high altitudes, please pay attention to the combination of personnel. Note: When operating at high altitudes, please replace the corresponding propeller model according to the working altitude (for specific technical parameters, please contact the drone manufacturer).
Operation in cold weather
Cold weather operation mainly affects the aircraft's endurance. When the temperature drops below 10 degrees Celsius, the aircraft's operating time will significantly decrease and the battery discharge curve will noticeably deteriorate, causing an unexpected and sudden drop in voltage and resulting in the aircraft losing power. Therefore, in low-temperature weather, the takeoff of aircraft should be reduced or prohibited.
When operating in cold weather, adding sponge or foam to the gap between the battery and the aircraft can significantly improve the battery discharge curve under cold conditions and extend the operating time of the aircraft.
2. When transporting batteries, please use insulated battery explosion-proof boxes.
When calibrating airspeed, please pay attention to whether the barometric pressure sensor and altitude sensor are abnormal.
Note: For cold weather operation, the battery heating module provided by the drone manufacturer can be optionally equipped as needed.


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-m16-shellmultiwing-unmanned-aerial-vehicle-max-20kg-payload-drone-contact-us-for-pricing_g26899.html Tue, 03 Mar 2026 19:27:11 +0800 USD 26899 55 MD-M16 https://www.austars-model.com/ MDD HW61600 Carbon Fiber Integrated Frame Max 7KG Payload Drone (Contact us for pricing) https://www.austars-model.com/mdd-hw61600-carbon-fiber-integrated-frame-max-7kg-payload-drone-contact-us-for-pricing_g26916.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26916 MDD HW61600 Carbon Fiber Integrated Frame Max 7KG Payload Drone (Contact us for pricing)
The material of the entire machine shell is 3K carbon fiber
Manufacturing process: Internal pressure one-piece forming
Overall height :500mm
No-load flight time :75 minutes
Max assemblable click :U8
Shell thickness :0.6mm
Symmetrical wheelbase :1600mm
Shell weight :2200g
Max load capacity :7kg for 25 minutes
Max adjustable paddle :29 inch


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hw61600-carbon-fiber-integrated-frame-max-7kg-payload-drone-contact-us-for-pricing_g26916.html Tue, 03 Mar 2026 19:25:54 +0800 USD 26916 55 MD-HW61600 https://www.austars-model.com/ MDD HI81300 Multi-Rotor Unmanned Aerial Vehicle Max 20KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-hi81300-multirotor-unmanned-aerial-vehicle-max-20kg-takeoff-weight-drone-contact-us-for-pricing_g26911.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26911 MDD HI81300 Multi-Rotor Unmanned Aerial Vehicle Max 20KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Manufacturing process: One-Piece Molding
Shell thickness: Conventional 0.6 mm
Case weight: 2200g
Wheelbase: 1300mm
No-load endurance: 60 minutes
Shell is load-bearing: 25KG
Overall height: 500mm
ADAPTOR motor: 5 6 7 series motor ( outside diameterless than 73 mm can be installed )
Fit Blades: 18 lnch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized: Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 20kg
Safe voltage when entering the landing route: not less than 43.8v(Grigne high-voltage version battery)
Whether it supports the system to change power without interruption
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hi81300-multirotor-unmanned-aerial-vehicle-max-20kg-takeoff-weight-drone-contact-us-for-pricing_g26911.html Tue, 03 Mar 2026 19:25:26 +0800 USD 26911 55 MD-HI81300 https://www.austars-model.com/ MDD HI61600 Multi-Rotor Unmanned Aerial Vehicle Max 13KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-hi61600-multirotor-unmanned-aerial-vehicle-max-13kg-takeoff-weight-drone-contact-us-for-pricing_g26913.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26913 MDD HI61600 Multi-Rotor Unmanned Aerial Vehicle Max 13KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Manufacturing process: 3k carbon fiber molding integrated forming
Shell thickness: Conventional 0.6 mm
Case weight: 2200g
Wheelbase: 1600mm
No-load endurance: 75 minutes
Shell is load-bearing: 25KG
Overall height: 500mm
ADAPTOR motor: Series 8 or Series 10
Fit Blades: 29 lnch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized: Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 13kg
Safe voltage when entering the landing route: not less than 43.8v(Grigne high-voltage version battery)
Whether it supports the system to change power without interruption
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hi61600-multirotor-unmanned-aerial-vehicle-max-13kg-takeoff-weight-drone-contact-us-for-pricing_g26913.html Tue, 03 Mar 2026 19:24:49 +0800 USD 26913 55 MD-HI61600 https://www.austars-model.com/ MDD HI61200 Multi-Rotor Unmanned Aerial Vehicle Max 8KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-hi61200-multirotor-unmanned-aerial-vehicle-max-8kg-takeoff-weight-drone-contact-us-for-pricing_g26912.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26912 MDD HI61200 Multi-Rotor Unmanned Aerial Vehicle Max 8KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Manufacturing process: One-place molding
Shell thickness: Conventional 0.6 mm
Case weight: 2560g
Wheelbase: 1200mm
No-load endurance: 65 minutes
Shell is load-bearing: 25KG
Overall height: 500mm
ADAPTOR motor: 5 6 7 series motor (outside diameter less than 73 mm can be installed)
Fit Blades: 22 lnch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized: Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 8kg
Safe voltage when entering the landing route: not less than 43.8v(Grigne high-voltage version battery)
Whether it supports the system to change power without interruption
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hi61200-multirotor-unmanned-aerial-vehicle-max-8kg-takeoff-weight-drone-contact-us-for-pricing_g26912.html Tue, 03 Mar 2026 19:22:44 +0800 USD 26912 55 MD-HI61200 https://www.austars-model.com/ MDD HI61200 Carbon Fiber Integrated Frame Max 5KG Payload Drone (Contact us for pricing) https://www.austars-model.com/mdd-hi61200-carbon-fiber-integrated-frame-max-5kg-payload-drone-contact-us-for-pricing_g26915.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26915 MDD HI61200 Carbon Fiber Integrated Frame Max 5KG Payload Drone (Contact us for pricing)
The material of the entire machine shell is 3K carbon fiber
Manufacturing process: Internal pressure one-piece forming
Overall height :500mm
No-load flight time :70 minutes
Max assemblable click :V6
Shell thickness :0.6mm
Symmetrical wheelbase :1200mm
Shell weight :2100g
Max load capacity :5kg for 30 minutes
Max adjustable paddle :22 inch


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hi61200-carbon-fiber-integrated-frame-max-5kg-payload-drone-contact-us-for-pricing_g26915.html Tue, 03 Mar 2026 19:22:17 +0800 USD 26915 55 MD-HI61200 https://www.austars-model.com/ MDD HI4830 Carbon Fiber Integrated Frame Max 3KG Payload Drone (Contact us for pricing) https://www.austars-model.com/mdd-hi4830-carbon-fiber-integrated-frame-max-3kg-payload-drone-contact-us-for-pricing_g26895.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26895 MDD HI4830 Carbon Fiber Integrated Frame Max 3KG Payload Drone (Contact us for pricing)
The material of the entire machine shell is 3K carbon fiber
Manufacturing process: Molding + internal pressing
Shell thickness :0.6mm
Symmetrical wheelbase :830mm
Overall height :500mm
Shell weight :1900g
No-load flight time :60 minutes (2 PCS, 25,000 mah battery)
Max load :3kg@30min
Max configurable motor :V6
Suggested blade installation :21 inches


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hi4830-carbon-fiber-integrated-frame-max-3kg-payload-drone-contact-us-for-pricing_g26895.html Tue, 03 Mar 2026 19:21:53 +0800 USD 26895 55 MD-HI4830 https://www.austars-model.com/ MDD HI41200 High-Performance Multi-rotor Max 7KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-hi41200-highperformance-multirotor-max-7kg-takeoff-weight-drone-contact-us-for-pricing_g26896.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26896 MDD HI41200 High-Performance Multi-rotor Max 7KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Case weight: 1400g
Wheelbase: 1200mm
No-load endurance: 78 minutes
Shell is load-bearing: 23KG
Overall height: 550mm
ADAPTOR motor: 8 series or 10 series motor ( motor diameter less than 92 mm can be installed )
Fit Blades: 29 Inch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized? Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 7 kilograms
Safe voltage when entering the landing route: not less than 43.8V(Whether the Grignard high-voltage version battery supports the system to replace power without interruption)
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hi41200-highperformance-multirotor-max-7kg-takeoff-weight-drone-contact-us-for-pricing_g26896.html Tue, 03 Mar 2026 19:17:43 +0800 USD 26896 55 MD-HI41200 https://www.austars-model.com/ MDD HD61130 Carbon Fiber Integrated Frame Max 5KG Payload Drone (Contact us for pricing) https://www.austars-model.com/mdd-hd61130-carbon-fiber-integrated-frame-max-5kg-payload-drone-contact-us-for-pricing_g26891.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26891 MDD HD61130 Carbon Fiber Integrated Frame Max 5KG Payload Drone (Contact us for pricing)
The material of the entire machine shell is 3K carbon fiber
Manufacturing process: Molding + internal pressing
Shell thickness :0.6mm
Symmetrical wheelbase :1130mm
Overall height :600mm
Shell weight :2200g
No-load flight time :70 minutes (2pcs, 25,000 mah battery)
Max load :5kg@30min
Max configurable motor :V6
Max adjustable paddle :21 inches


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hd61130-carbon-fiber-integrated-frame-max-5kg-payload-drone-contact-us-for-pricing_g26891.html Tue, 03 Mar 2026 19:17:19 +0800 USD 26891 55 MD-HD61130 https://www.austars-model.com/ MDD HB41000 Multi-Rotor Unmanned Aerial Vehicle Max 8KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-hb41000-multirotor-unmanned-aerial-vehicle-max-8kg-takeoff-weight-drone-contact-us-for-pricing_g26910.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26910 MDD HB41000 Multi-Rotor Unmanned Aerial Vehicle Max 8KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Manufacturing process: Internal pressure
Shell thickness: Conventional 0.6 mm
Case weight: 1600g
Wheelbase: 830-960mm
No-load endurance: 960 wheelbase lasts 65 minutes
Shell is load-bearing: 17KG or less
Overall height: 550mm
ADAPTOR motor: U6 Or U8
Fit Blades: 22 lnch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized: Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 8kg
Safe voltage when entering the landing route: not less than 43.8v(Grigne high-voltage version battery)
Whether it supports the system to change power without interruption
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hb41000-multirotor-unmanned-aerial-vehicle-max-8kg-takeoff-weight-drone-contact-us-for-pricing_g26910.html Tue, 03 Mar 2026 19:12:19 +0800 USD 26910 55 MD-HB41000 https://www.austars-model.com/ MDD HA611 Multi-Rotor Unmanned Aerial Vehicle Max 9KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-ha611-multirotor-unmanned-aerial-vehicle-max-9kg-takeoff-weight-drone-contact-us-for-pricing_g26908.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26908 MDD HA611 Multi-Rotor Unmanned Aerial Vehicle Max 9KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Manufacturing process: Internal pressure
Shell thickness: Conventional 0.6 mm
Case weight: 1850g
Wheelbase: 1130mm
No-load endurance: 66 minutes
Shell is load-bearing: 17KG or less (5KG for 33 minutes)
Overall height: 550mm
ADAPTOR motor: U6 Or U8
Fit Blades: 21, 22 lnch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized: Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 9kg
Safe voltage when entering the landing route: not less than 43.8v(Grigne high-voltage version battery)
Whether it supports the system to change power without interruption
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-ha611-multirotor-unmanned-aerial-vehicle-max-9kg-takeoff-weight-drone-contact-us-for-pricing_g26908.html Tue, 03 Mar 2026 19:11:51 +0800 USD 26908 13 MD-HA611 https://www.austars-model.com/ MDD HD61600 Multi-Rotor Unmanned Aerial Vehicle Max 17.5KG Takeoff Weight Drone (Contact us for pricing) https://www.austars-model.com/mdd-hd61600-multirotor-unmanned-aerial-vehicle-max-175kg-takeoff-weight-drone-contact-us-for-pricing_g26906.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=26906 MDD HD61600 Multi-Rotor Unmanned Aerial Vehicle Max 17.5KG Takeoff Weight Drone (Contact us for pricing)
Fuselage material: 3K carbon fiber
Shell thickness: Conventional 0.6 mm
Manufacturing process: Mould pressing+internal pressure
Shell thickness: Conventional 0.6 mm
Wheelbase: 1600mm
No-load endurance: 90-120 minutes(max range 123 minutes)
Shell is load-bearing: 55KG or less(20KG for 20 minutes)
Overall height: 630mm
ADAPTOR motor: U8 U10 U12
Fit Blades: 28, 29, 30 lnch
Take-off and landing method: Vertical take-off and landing
Can the rotor shaft distance be customized: Yes
Ensure the minimum push-weight ratio for safety :1.3
High-altitude performance: Passed the high-altitude test
Standard no-load takeoff weight: approximately 17.5kg
Safe voltage when entering the landing route: not less than 43.8v(Grigne high-voltage version battery)
Whether it supports the system to change power without interruption
Battery pack: Yes (not standard configuration)
Flight control support types: All flight controls that support multi-rotor control are available


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/mdd-hd61600-multirotor-unmanned-aerial-vehicle-max-175kg-takeoff-weight-drone-contact-us-for-pricing_g26906.html Tue, 03 Mar 2026 19:11:35 +0800 USD 26906 55 MD-HD61600 https://www.austars-model.com/ Intel Falcon 8+ (w/Inspection 640 Thermal/FLIR 640 Camera) RTF Combo B Inspection Edition (Limited Stock) https://www.austars-model.com/intel-falcon-8-winspection-640-thermalflir-640-camera-rtf-combo-b-inspection-edition-limited-stock_g24371.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=24371 Intel Falcon 8+ (w/Inspection 640 Thermal/FLIR 640 Camera) RTF Combo B Inspection Edition (Limited Stock)

The Intel® FalconTM 8+ drone is an advanced UAV with multiple electronic system redundancies, designed for safety, ease of use, high performance, and precision.

  • Intel® FalconTM 8+ drone provides multiple electronic system redundancies
  • Intel® Cockpit allows one-hand operation
  • Intel® Powerpack is a smart battery system

The Intel® FalconTM 8+ drone is an advanced, ready-to-fly Unmanned Aerial System (UAS) for professional drone service providers and industries for North American markets. This patented V-shaped multicopter provides multiple electronic system redundancies, which feature redundant batteries, redundant communication between all flight-relevant components, and redundant sensing. The UAS has automated aerial-sensing solutions with best-in-class payloads, providing detailed data for orthography and 3D reconstruction with millimeter accuracy for Ground Sample Distance (GSD). Consistent waypoint automation enables exactly reproducible flights for valuable structural analysis. Using these features, customers are able to detect and prevent damages, and forecast the health, of assets and infrastructure.

The cutting-edge UAV is powered with enhanced AscTec® Trinity Technology. A redundant autopilot system, with triple redundant inertial measurement units, is designed for resistance to electromagnetic fields disturbances and strong winds. Operators will have tremendous opportunities to generate valuable aerial precision data.

Intel® Cockpit
The newly designed Intel® Cockpit features a robust user interface even for use in harsh outdoor environments. With the integrated Intel®-based tablet, operators are able to plan and execute highly complex missions with ease. The Intel® Cockpit integrates independent control and safety features with low-latency digital video link. This supports payloads with up to 1080p resolutions for the best possible live view. Amazing user simplicity with a complete single-hand flight control joystick.

Intel® Powerpack
The smart Intel® Powerpack batteries power the Intel® FalconTM 8+ and the Intel® Cockpit and combine efficiency with industrial safety standards. The battery features automatic balancing, storage mode, charging, and LEDs that display current battery charge, making everyday battery handling easy. Intel® Powerpack is designed to meet airline shipping requirements.

Intel Falcon 8+ Industrial Drone RTF Combo (for Inspection Edition)

The Intel Falcon 8+ is a professional enterprise drone for industrial use. With a patented V-shaped design and best-in-class safety features this drone performs great in even the most challenging conditions. It handles high winds, weak GPS signals, magnetic field disturbances and other outside influences. Additional hardware redundancies ensure stability and responsiveness at all times during the flight.

The RTF Combo B includes: (BRAND NEW) FOR EXPORT TO OTHER COUNTRIES (NO GST ON THE TOP)

  • 2 X Intel Drone Falcon 8+ (approved by Intel team with certificate and approved by local Australian Drone Expert with videos for testing record) W/Pelican Box
  • 1 X Intel Cockpit (controller) W/Pelican Box
  • 1 X Inspection Payload 640 (Panasonic ZS50 RGB camera with 1 X FLIR Tau 2 640 Thermal Camera (Gimbal/dual Camera Mounted in Parallel) W/Pelican Box
  • 10 X Propellers + 8 X Extra
  • 2 X Gamepad
  • 3 X Battery Chargers
  • 3 X Batteries (bonus free charge)

Intel Falcon 8+ Drone has a built in Autopilot ( AscTec® Trinity Technology )



Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/intel-falcon-8-winspection-640-thermalflir-640-camera-rtf-combo-b-inspection-edition-limited-stock_g24371.html Sat, 20 Sep 2025 18:27:04 +0800 14000.00 USD 24371 25 24371 https://www.austars-model.com/ Intel Falcon 8+ (w/Inspection 640 Thermal/FLIR 640 Camera) RTF Combo A Inspection Edition (Limited Stock) https://www.austars-model.com/intel-falcon-8-winspection-640-thermalflir-640-camera-rtf-combo-a-inspection-edition-limited-stock_g24370.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=24370 Intel Falcon 8+ (w/Inspection 640 Thermal/FLIR 640 Camera) RTF Combo A Inspection Edition (Limited Stock)

The Intel® FalconTM 8+ drone is an advanced UAV with multiple electronic system redundancies, designed for safety, ease of use, high performance, and precision.

  • Intel® FalconTM 8+ drone provides multiple electronic system redundancies
  • Intel® Cockpit allows one-hand operation
  • Intel® Powerpack is a smart battery system

The Intel® FalconTM 8+ drone is an advanced, ready-to-fly Unmanned Aerial System (UAS) for professional drone service providers and industries for North American markets. This patented V-shaped multicopter provides multiple electronic system redundancies, which feature redundant batteries, redundant communication between all flight-relevant components, and redundant sensing. The UAS has automated aerial-sensing solutions with best-in-class payloads, providing detailed data for orthography and 3D reconstruction with millimeter accuracy for Ground Sample Distance (GSD). Consistent waypoint automation enables exactly reproducible flights for valuable structural analysis. Using these features, customers are able to detect and prevent damages, and forecast the health, of assets and infrastructure.

The cutting-edge UAV is powered with enhanced AscTec® Trinity Technology. A redundant autopilot system, with triple redundant inertial measurement units, is designed for resistance to electromagnetic fields disturbances and strong winds. Operators will have tremendous opportunities to generate valuable aerial precision data.

Intel® Cockpit
The newly designed Intel® Cockpit features a robust user interface even for use in harsh outdoor environments. With the integrated Intel®-based tablet, operators are able to plan and execute highly complex missions with ease. The Intel® Cockpit integrates independent control and safety features with low-latency digital video link. This supports payloads with up to 1080p resolutions for the best possible live view. Amazing user simplicity with a complete single-hand flight control joystick.

Intel® Powerpack
The smart Intel® Powerpack batteries power the Intel® FalconTM 8+ and the Intel® Cockpit and combine efficiency with industrial safety standards. The battery features automatic balancing, storage mode, charging, and LEDs that display current battery charge, making everyday battery handling easy. Intel® Powerpack is designed to meet airline shipping requirements.

Intel Falcon 8+ Industrial Drone RTF Combo (for Inspection Edition)

The Intel Falcon 8+ is a professional enterprise drone for industrial use. With a patented V-shaped design and best-in-class safety features this drone performs great in even the most challenging conditions. It handles high winds, weak GPS signals, magnetic field disturbances and other outside influences. Additional hardware redundancies ensure stability and responsiveness at all times during the flight.

The RTF Combo A includes: (BRAND NEW) FOR EXPORT TO OTHER COUNTRIES (NO GST ON THE TOP)

  • 1 X Intel Drone Falcon 8+ (approved by Intel team with certificate and approved by local Australian Drone Expert with videos for testing record) W/Pelican Box
  • 1 X Intel Cockpit (controller) W/Pelican Box
  • 1 X Inspection Payload 640 (Panasonic ZS50 RGB camera with 1 X FLIR Tau 2 640 Thermal Camera (Gimbal/dual Camera Mounted in Parallel) W/Pelican Box
  • 10 X Propellers + 8 X Extra
  • 1 X Gamepad
  • 3 X Battery Chargers
  • 3 X Batteries (bonus free charge)
Plus
1 X Extra Platform with 3 in1 Autopilot (used, can be used as spare parts)



Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/intel-falcon-8-winspection-640-thermalflir-640-camera-rtf-combo-a-inspection-edition-limited-stock_g24370.html Sat, 20 Sep 2025 18:26:03 +0800 9000.00 USD 24370 25 24370 https://www.austars-model.com/ NAJA FM-X8-100KG Dual Hybrid Power Systems 50mins/30Kg Max 41kg Payload Drone for cargo transport, fire rescue etc (Contact us for pricing) https://www.austars-model.com/naja-fmx8100kg-dual-hybrid-power-systems-50mins30kg-max-41kg-payload-drone-for-cargo-transport-fire-rescue-etc-contact-us-for-pricing_g24756.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=24756 NAJA FM-X8-100KG Dual Hybrid Power Systems 50mins/30Kg Max 41kg Payload Drone for cargo transport, fire rescue etc (Contact us for pricing)
POD Option:
1.KHP290+1080P+640 = Topotek KHP290G609L111080P Day light +640 Themal+1100m LRF TripleLight Gimbal, HDMllP output
2.AlS30Q6+30X+10km = Topotek AlS30Q6 Dual Light 30x Optical Zoom SlP30Q6 +AItracking module + 10km wirelessvideo transmitter
3.KHY10G207+10X+256 = Topotek KHY10G207 10X Optical Zoom + 256 ThermaCamera Dual Outputs Mini
4.KIT10A+10X = Topotek KIT10A 10x OpticalZoom Wisible Light camera
5.KHP30G619+30X = Topotek KHP30G619 30xOptical Zoom camera + Duallight 3-Axis Stabilized GimbalHDM/IP Dual Output
6.SMT18sQ3+18X = Topotek SMT18sQ3 18x Optical Zoom Camera + Thermal lmaging System
Standard package includes:

1.FM X8-100 fuel electric hybrid heavy load drone X1, including:

1) Two 7.4KW engines (TBO: 300 hours) generator

2) PIXHAWK2 upgraded flight control

3) Carbon fiber propeller

4) RTK positioning

5) Fuel tank

6) Flashing lights

7) Electrical avionics

8) Cooling fans

9) Air filters

2. 7s, 5500MAh battery X2

3. Professional 7" Screen GCS/Handheld remote control with built in datalink X1

4. Fuel proportioning kettle X1

5. Charger X1

6. Starter X1

7. Refueling funnel X1

8. HD trasnport case X1

9. Assembly, debugging, and testing services X1

10. Warranty Card (1 year warranty period) X1

NAJA FM-X8-100KG Hybrid Power 50mins/30Kg Max 41kg Payload Drone
Application field
NAJA FM X8-100 fuel-electric hybrid heavy load drone, is widely used in material transportation, cargoes delivery, emergency rescue, fire rescue, emergency lighting, water rescue, make cargoes soft landing etc.
Parameters
FM X8 100 fuel-electric hybrid heavy load drone, with a wheelbase of 1.95 meters and a Maximum takeoff weight of>100 kg, is equipped with industry class flight control, dual RTK centimeter level high-precision positioning modules, compatible with global mainstream positioning and navigation systems such as Beidou, GPS, GLONASS, and dual engine augmented aero-engine. The maximum power of the engine is>14.8 kw, and the endurance of the whole aircraft is>2 hours. It has real-time fuel display. The powerful coaxial twin rotor power system adopts a split fixed structure and a high-strength carbon fiber integrated body, giving the entire machine lighter and stronger excellent performance. The machine adopts plug-in connectors, which are convenient for quick installation and disassembly, improving work efficiency, and saving transportation space. Execute an automatic route directly to the destination by entering longitude and latitude coordinates. The slow descent system has functions such as tight winding, stop at the rising contact position, one click rope cutting, interconnectivity between photoelectric warning and flight control systems, and integrated links. Comprehensively replacing the scenario of manual mountain climbing for a few hours to transport logistics supplies,making it possible for urgently needed supplies to quickly land and supply frontline rescue personnel. The product has been used in military and emergency departments for special task missions
* Aircraft type: Dual engine hybrid electric hybrid power, suitable for all-weather flight, with the entire machine being rainproof and waterproof. The fuselage is made of carbon fiber material, with a four axis and eight propeller large load design. The boom can be inserted and pulled out, with a clean and atmospheric appearance and strong expandability.
* 1. Wheelbase: ≤ 1950mm
2. Wind resistance level: maximum wind resistance > 7 levels
3. Voyage: 30km
4. Blade size: 42x16.5 inch
* 5. Maximum takeoff weight:>100kg (zero altitude)
* 6. Maximum empty flight time: > 1.5h
* 7. 30KG load flight time: > 40min
8. Maximum load: > 41kg Rated task load: ≥ 30kg
9. Cruise speed: 5m/s
10. Maximum flight speed: > 8m/s
11. Maximum flight altitude: 2000m
12. Fuel tank capacity: 20L
13. Power mode: dual engine increased program power
14. Maximum engine power: 14.8kw
15. Heat dissipation method: four independent water discharge for heatdissipation
16. Working temperature: -20 celsius to 50 celsius
* 17. Operation time: < 1min
* 18. Folded size of aircraft: < 770 * 720 * 780mm
19. Dual redundant GPS, support for dual antenna direction finding function, and support for RTK.
20. Remote control distance: Normal signal 15km, signal relay used, flight distance greater than 100km.
21. Task purpose: Air material transportation, first line rescue on-site material supply slow descent, soft landing of materials, emergency lighting,air,lighting guidance,communication relay,emergency rescue, bomb extinguishing, mesh networking, etc.
* 22. Ground station remaining fuel display, battery monitoring, fuel percentage.
23. Two sets of flight batteries support charging while flying.
24. Support unmanned aerial vehicle autonomous control of remote intelligent descent system.
25. Equipped with drones and necessary accessories for flight, stored in a protective box.
26. It has functions such as one click takeoff, one click landing, route planning, guidance flight, and interest point surround.
27. Support intelligent return function and original route return function.
28. Equipped with blade breakage protection and support for parachute descent(optional).
29. Equipped with hotspot surround function, it can fly around according tothe set hotspot and radius.
30. Adopting sensor redundancy design, when the sensor fails, it can automatically switch to redundant sensor operation to ensure the safety of the aircraft.
31. It has the function of setting a restricted flight area, and can only perform flight tasks within the restricted flight area during the flight process. It can be set as a circular or polygonal restricted flight area, and can set the minimum or maximum flight altitude. When the aircraft approaches the no fly zone, give a warning and hover/return.
32. It can transmit real-time flight data information and flight images to the control station. It can achieve seamless connection between real-time video transmission and remote command centers.
* 33. Multi functionality: support the replacement of different photoelectric pods, support the quick disassembly and installation of remote intelligent descent devices, fire extinguishers, Searchlight, throwing devices, MESH networking devices, and support the expansion of higher power link devices.
34.Introduction to handheld GCS ground station system: integrated data link, remote control link, and video link. Powerful video transmission link with high image quality 1080p@60fps The remote control is equipped with a 5.46-inch high-definition LCD touch screen, 600nit brightness, and 1080p. Support dual control interconnection, synchronously display image transmission, flight data, support command and planning of drone flight routes, and set flight altitude, speed, location, mission, etc. Monitor and modify drone flight parameters, support remote control of drones, and support HDMI, AV, and SDI video output. Compatible with Chinese Beidou satellite, US GPS satellite, and Russian GLONASS satellite.
* 35. Can input real-time longitude and latitude coordinate information, and independently travel to the destination.
Detailed GCS (Control station with datalink)

1. Overall performance

1)Maximum communication distance (no interference, no obstruction) 15 KM

2)Channel physical channel: 16 communication channels: 16

3) Data transmission support for open source flight control PIX, APM, or other

4)Any flight control with UART data transmission output function

5) Image transmission support ground station (Android) FPV

6)Image transmission supports ground station (Windows) Q ground Control

2. Ground station

1) 19/102 7-inch high-definition and bright LCD touch screen display

2) System configuration Android 9.0

3) Size (antenna retracted) 308 x 148 x 72 mm

4) Weight 1440 g

5) Battery capacity and type 10200 mAh 7.4V 2S lithium-ion battery

6) Fast charging protocol PD 30W

7) Charging time 3.5 hours (30W fast charging)

8) 10 hours of homework endurance

9) Function interface video output: standard HDMI external device: USB-A microphone input: top audio port

10) Charging: Type-C Firmware Upgrade: Type-C

11) File transfer: Type-C/USB-A

12) Mobile network: SIM card slot

13) External storage: TF card slot/USB-A

14) Communication interface: LAN network interface

15) Remote control signal output/input: bottom audio port

16) Waterproof grade IP4X

17) Working environment temperature -10 ?~50 ?

3. Sky Port

1) Signal output 16 channels S.BUS 5 channels PWM

2) Functional interface S.BUS: 3-Pin

3) Data transmission (connected to flight control): UART (GH1.25 4-Pin) PWM channel 1-5:6-Pin

4) Video input: 8-Pin firmware upgrade: Type-C

5) Size (excluding antenna) 70x55 x 16 mm (including fan height)

6) Weight (excluding antenna) 74 g

7) Antenna gain omnidirectional antenna: 5dBi

8) Working voltage 11~16.8 V (BEC can be purchased and expanded to 14~58.8 V)
9) Working environment temperature -10 ?~50 ?


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/naja-fmx8100kg-dual-hybrid-power-systems-50mins30kg-max-41kg-payload-drone-for-cargo-transport-fire-rescue-etc-contact-us-for-pricing_g24756.html Tue, 19 Mar 2024 02:30:37 +0800 USD 24756 55 4999 NAJAFMX8 100 5 https://www.austars-model.com/ NAJA FM6-53KG 7.4KW Hybrid Power 50min/12Kg Payload Drone https://www.austars-model.com/naja-fm653kg-74kw-hybrid-power-50min12kg-payload-drone_g24758.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=24758 NAJA FM6-53KG 7.4KW Hybrid Power 50min/12Kg Payload Drone
POD Option:
1.KHP290+1080P+640 = Topotek KHP290G609L111080P Day light +640 Themal+1100m LRF TripleLight Gimbal, HDMllP output
2.AlS30Q6+30X+10km = Topotek AlS30Q6 Dual Light 30x Optical Zoom SlP30Q6 +AItracking module + 10km wirelessvideo transmitter
3.KHY10G207+10X+256 = Topotek KHY10G207 10X Optical Zoom + 256 ThermaCamera Dual Outputs Mini
4.KIT10A+10X = Topotek KIT10A 10x OpticalZoom Wisible Light camera
5.KHP30G619+30X = Topotek KHP30G619 30xOptical Zoom camera + Duallight 3-Axis Stabilized GimbalHDM/IP Dual Output
6.SMT18sQ3+18X = Topotek SMT18sQ3 18x Optical Zoom Camera + Thermal lmaging System

Purchase Includes:

1. FM6-53KG fuel electric hybrid drone X1, including:

1) 7.4KW engine generator TBO 300H

2) PIXHAWK2 upgraded flight control

3) Carbon fiber propeller

4) GPS positioning

5) Fuel tank

6) Flashing lights

7) Electrical machinery

2. 7s, 5500MAh battery X2

3. Professional GCS with built in datalink X1

4. Fuel proportioning kettle X1

5. Charger X1

6. Starter X1

7. Refueling funnel X1

8. HD transport case X1

9. Assembly, testing services X1

10. Warranty Card (1 year warranty period) X1

11. Optional Camera (so many options to select for task missions)

NAJA FM6-53KG Hybrid Power 50min/12Kg Payload Drone
Application field
FM6-53KG fuel-electric hybrid drone, is widely used in fire rescue, material transportation, cargoes delivery, emergency rescue, make cargoes soft landing etc.
Parameters
Aircraft type: fuel electric hybrid power, suitable for all-weather flight, with the entire machine being rainproof and waterproof. The body is made of carbon fiber material, the arms are foldable, the appearance is neat and atmospheric, and the expandability is strong.
1. Wheelbase: ≤ 1900mm
2. Wind resistance level: maximum wind resistance ≥ 7 levels
3. Drone engine power: ≥ 7.4KW
4. Maximum takeoff weight: 53kg (zero altitude)
5. Maximum battery life: ?2h
6. 10KG load endurance time: ?50min
7. Rated mission load: ≥ 12kg
8. Cruise speed: 8m/s
9. Maximum flight speed: ?60km/h
10. Maximum flight altitude: 2000m
11. Working temperature: -20 celsius to 50 celsius
12. Operation time: ?2min
13. Folded size of aircraft: ?970 * 920 * 950 (mm)
14. Remote control distance: Normal signal 15km, customizable link, 5G module, unlimited distance control.
15. Task purpose: Air material transportation, slow descent of frontline rescue on-site material supply, soft landing of materials, emergency lighting,air lighting guidance, communication relay, emergency rescue,bomb extinguishing, mesh networking, etc.
16. Ground station remaining fuel display, electricity monitoring, fuel tank capacity:<11 liters.
17. The flight battery is designed with quick installation and disassembly, and supports charging while flying.
18. Support unmanned aerial vehicle autonomous control remote intelligent descent system.
19. Equipped with drones and necessary accessories for flight, stored in a protective box.
20. Equipped with one click takeoff, one click landing, route planning, and guidance flight.
21. Support intelligent return function and original route return function.
22. Equipped with blade breakage protection and support for parachute descent (optional).
23. Equipped with hotspot surround function, it can fly around according to the set hotspot and radius.
24. Adopting sensor redundancy design, when the sensor fails, it can automatically switch to redundant sensor operation to ensure the safety of theaircraft.
25. It has the function of setting a restricted flight area, and can only perform flight tasks within the restricted flight area during the flight process. It can be set as a circular or polygonal restricted flight area, and can set the minimum or maximum flight altitude. When the aircraft approaches the no fly zone, give a warning and hover/return.
26. It can transmit real-time flight data information and flight images to the control station. It can achieve seamless connection between real-time video transmission and remote command centers.
27.Multi functionality: support the replacement of different photoelectric pods, support the quick disassembly and installation of remote intelligent descent devices, fire extinguishers, Searchlight, high-power Megaphone, throwing devices, MESH networking devices, support the expansion of higher power link devices, etc.
28. Introduction to handheld GCS ground station system: integrated data link, remote control link, and video link. Powerful video transmission link with high image quality 1080p@60fps The remote control is equipped with a 5.46-inch high-definition LCD touch screen, 600nit brightness, and 1080p. Support dual control interconnection, synchronously display image transmission, flight data, support command and planning of drone flight routes, and set flight altitude, speed, location, mission, etc. Monitor and modify drone flight parameters, support remote control of drones, and support HDMI, AV, and SDI video output. Compatible with Chinese Beidou satellite, US GPS satellite,Russian GLONASS satellite, Japanese qzss, and Indian navic.
29. The slow speed descent device and the Fire bomb dropping device can be freely switched. Slow descent can achieve transportation material soft landing,dropping bombs can achieve aerial explosions of fire extinguishing shells
Detailed GCS with datalink built in (included)

1. Overview:

1) Integrated digital image transmission and remote control: integrated data link, remote control link, and video link.

2) Powerful video transmission link with high image quality 1080p@60fps The remote control is equipped with a 5.46-inch high-definition LCD touch screen, 600nit brightness, 1080p, maximum transmission distance of 20 KM, ground to air, unobstructed and non-interference data delay of minimum 110ms, customizable channel buttons and PWM value allocation of 5.8GWIFI, connected to loading maps and 5.8GWIFI hot spot projection.

2. Detail:

1) Case weight: 516g (including antenna)

2) Size: 217 × one hundred and six point five × 31mm (excluding external antenna and joystick)

3) Screen: 5.46 inches, 1080P, 16 million colors

4) Capacitive touch screen audio: built-in speaker * 1, built-in microphone * 2

5) Remote control: joystick * 2, scroll wheel * 1, bottom button * 6 with backlight, top button * 1 (right)

6) Communication: WIFI/GPS 2.4GHz

7) Image transmission ground end indicator light: top three color light * 2 (left, right)

8) Interface: MicroUSB * 1, Tflash * 1 (supports up to 64GB expansion)
9)Antenna: directional (5dBi) * 1 detachable, omnidirectional (2dBi) * 1 detachable, with built-in wifi antenna and GPS antenna


Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/naja-fm653kg-74kw-hybrid-power-50min12kg-payload-drone_g24758.html Tue, 19 Mar 2024 02:28:47 +0800 49000.00 USD 24758 41 4999 NAJAFM653 https://www.austars-model.com/ <![CDATA[ Skydroid MX450 Pro FPV 4-axis trainer drone RTF & H12 Tx +1xBatter Version (free airshipping) ]]> https://www.austars-model.com/skydroid-mx450-pro-fpv-4axis-trainer-drone-rtf-h12-tx-1xbatter-version-free-airshipping_g23405.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=23405 Skydroid MX450 Pro FPV 4-axis trainer drone RTF & H12 Tx +1xBatter Version (free airshipping)

SKYDROID MX450

Configuration:
MX450 Professional Edition (standard with H12 single control + dual-axis gimbal, one battery and one charger + aluminum box)

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Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/skydroid-mx450-pro-fpv-4axis-trainer-drone-rtf-h12-tx-1xbatter-version-free-airshipping_g23405.html Wed, 08 Dec 2021 06:34:15 +0800 799.00 USD 23405 6 499 SMX450 https://www.austars-model.com/ <![CDATA[ Skydroid MX450 FPV 4-axis trainer drone RTF & T10 TX & 1xbattery Version (free AirShiping) ]]> https://www.austars-model.com/skydroid-mx450-fpv-4axis-trainer-drone-rtf-t10-tx-1xbattery-version-free-airshiping_g23411.html https://www.austars-model.com/index.php?main_page=product_reviews&products_id=23411 Skydroid MX450 FPV 4-axis trainer drone RTF & T10 TX & 1xbattery Version (free AirShiping)

SKYDROID MX450

Configuration:
MX450 Standard version (standard T10 single control + dual-axis gimbal, one electric and one charging)

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Buy Now ]]> austarsmodel@yahoo.com (Austars Model Pty Ltd) https://www.austars-model.com/skydroid-mx450-fpv-4axis-trainer-drone-rtf-t10-tx-1xbattery-version-free-airshiping_g23411.html Wed, 08 Dec 2021 06:33:41 +0800 559.00 USD 23411 6 497 S-MX450-2 https://www.austars-model.com/