Performance
Last updated
Last updated
To determine maximum gross weight, determine flight location pressure altitude and temperature, and refer to the weight in the chart below. Gross Weight includes payload, battery and structure weight.
The maximum gross weight might exceed the weight allowed by regulatory agencies. When determining gross weight, please consider any such local restrictions on aircraft weight when planning aircraft weight.
Astro Configuration
Mass (g)
Note
Maximum Takeoff Weight (MTOW)
6,950
Maximum Payload
1,500
Unladen Weight
5,165
Empty Weight + 2 SL8-Air batteries
Empty Weight
3,095
No batteries or payload
Component
Mass (g)
Note
SL8-Air Battery
1035
2 required per flight
Vibration Isolated Cheese Plate + Isolators
35
Smart Quick-Release + Isolators
82
Weight (g)
Power (W)
5220
485
5460
523
5720
563
5960
603
6220
643
6460
685
6720
728
Flight time can change depending on several factors such as the type of flying (e.g. hover vs forward flight) and weather (wind, temperature, barometric pressure, humidity). These effects are intertwined. For example: in cold temperatures, air density is high, but less energy is available from the batteries.
Assumptions:
These flights were performed at temperature of 13 °C and elevation of 12 meters above sea level.
Two fully charged SL-8 Air batteries (2 * 7.3 amp hours).
Landing at 4% battery State of Charge remaining (e.g. default low battery failsafe settings).
Flight Mode
Speed (m/s)
Climb (m/s)
Descent (m/s)
Position
15
4
2
Altitude
no limit
4
2
Manual
no limit
no limit
no limit
Mission
7 (default, user setting)
4
2
Return
7
4
2
2 km, line-of-sight
The Limitations Section contains range information along with tips for operating in harsh environments.
The volume of the aircraft at ground level depends on several factors, including payload weight, wind speed and direction, and the background noise of the environment. The following data was gathered with an Astro in hover carrying the A7R4 camera and gimbal, tested from 5 meters to 100 meters away from the user, from 5 meters altitude to 120 meters altitude.
This data is presented in the ‘A-Weighted’ scale, which approximates the average loudness sensed by the human ear, and is used by the FAA to measure aircraft noise.
In our testing, hovering and forward flight showed similar values of the ground noise produced by the aircraft.
