Table of Specs
| yeair! | |
|---|---|
| Weight | 4.9 kg empty weight |
| Payload | 5.0 kg peak load, 3.0 kg nominal load |
| Speed | 100 km/h (62 miles) maximum speed |
| Range | 55 km (34 miles) maximum range |
| Fuel | 1.5 liter (0.4 gal) fuel tank, 25:1 gas/oil ratio with acoustic signal “full tank” |
| Engines | 6,4kW/8.6 hp maximum power peak. 4x 1.6kW: 1.0kW combustion engines + 600 W BLDC engines 10ccm combustion engine (two stroke with ignition), 12000 Rpm self controlled successive engine start with running control for the combustion engines 4s 1250 mA/h Lippo-Battery for starting the combustion engine. Recharging not necessary. |
| Propeller | Airscrew 13″ x 8″ three-blade for ducted fan construction. Aerodynamic and noise optimized. |
| GPS | Next-generation GPS chip for highest accuracy and quick readiness for use. |
| Lights | Programmable LED Position-Light front/back in different colors. |
| Legs | Swing-up feet for better sight and more speed, manual or automatic operation. |
| WIFI | Integrated WLAN with 100m range for connection with Tablet or Smartphone. |
| Connections Underbody | 3x servoslots for 3-achs gimbal 1x extra servoslot for different applications. Different profiles are selectable. Power output from 4s battery. Short-circuit-proof. 14,8 V ± 4V |
| Stretchgoal: Opensource I/O Interface Underbody | The extra servoslot is free programmable with the open source interface for the I/O coding within the app. 3x In and 3x Out free configurable within the opensource interface for the I/O coding within the app: Out: digimode 3,3V/5V, analog mode 0-12V 1000mA or Switch In: digimode 3,3V/5V, analog mode 0-40V or 0-10kOhm 1x I²C-bus controllable with the open source interface I/O coding within the app |
| Stretchgoal: Long Distance Wing | Measurements: Width 1,50m, two-section and pluggable, Weight 370 grams. In different work angle mountable (0-45°) Up to 30% greater range for long-distance flights |
