BavarianDEMON Rigid V. 2.
- 3-axis stabilization system for RC helicopter
- Demonically safe: With autopilot function
- Ideal for beginners - demonic fast to the pro
Demonic Stable, Demonic Flexible, Demonic Safe!
bavarianDEMON is one of the most distinctive and ambitious young brands in RC model making. Where bavarianDEMON is written on it, you can rightly expect quality, exclusivity, performance, action and innovation - and all this with a "Demon inside". bavarianDEMON is particularly strong in the unprecedented stabilization performance.
With numerous innovations and world firsts, bavarianDEMON supports professionals and beginners worldwide, concentrating on the most diverse demands, learning phases and expectations. And this applies equally to RC helicopters and surface models. A bavarianDEMON comes of course from Bavaria. This applies to the brand, the entire technology, research, management and, of course, the product. An essential source of reliability of the bavarianDEMON is its many years of experience with the "HeliCommand"series.
Features: - Stabilizes all horizontal control movements and tail
- RIGID mode for stabilizing paddleless rotor heads
- Fail-safe function
- Can be used in all RC-Helicopter types, incl. paddlehelis
- autotrimm function
- Integrated swash plate mixer
- PILOT (stabilization) + AUX (rear gyro) Channels
- linearization of the servo paths
- Virtual swashplate rotation
Technical data: - Weight approx.: 33 g
- current consumption: 55 mA
- dimensions: 55 x 35 x 22,5 mm.
- Temperature range: -15 to +55°C.
- operating voltage: 4.8... 9V (4-5Nx... 2S LiPo)
bavarianDEMON is one of the most striking and ambitious young labels in the RC-model making. If bavarianDEMON is written on something, you can expect quality, exclusivity, performance, action and innovation - and all that with a "Demon inside". bavarianDEMON is extremely strong in the stabilisation performance. With numerous innovationes and world firsts, bavarianDEMON supports newcomer and experts all over the world, concentrated on different demands, learning curves and expectations, for RC-helicopters and area models.
