BLS992 Swashplate Narrow-Frequency Locking Tail Competition-Level Helicopter Standard Brushless Digital Servo

描述

描述

Model: BLS992HV

Minimum order: 20

Wheelbase:

Weight: 80g±5

Function: 20Kg.cm/0.08sec/60°@6.0V, 25Kg.cm/0.07sec/60°@7.4V, 28Kg.cm/0.06sec/60°@8.4V , 40.5*20*38.6mm

BLS992 Brushless Digital Servos are specially designed for competition-grade RC helicopters.
Equipped with next-generation brushless motor technology and high-precision control algorithms, they are perfectly compatible with mainstream models such as X7, KDS 7.2, and SAB 700.

The two products are individually optimized for swashplate control and tail-lock performance. With reinforced metal structures and advanced narrow-band signal processing, they meet the demanding requirements of 3D aerobatics and high-speed competition flights, making them the top choice for professional pilots.

Key Specifications:

  • 6.0V: 20kg・cm torque / 0.08s / 60° speed

  • 7.4V: 25kg・cm torque / 0.07s / 60° speed

  • 8.4V: 28kg・cm torque / 0.06s / 60° speed

Core Features:

  • Motor: 17×18mm high-performance brushless motor, low power consumption, with 30% higher cooling efficiency.

  • Signal: 1520μs / 333Hz high-frequency response, enabling precise input resolution.

  • Structure: Stainless steel output gears with dual-bearing design, 50% more wear-resistant, suitable for long-term high-frequency load.

  • Application: Swashplate attitude control, especially optimized for 700-class competition helicopters performing 3D maneuvers.

  • Technology Highlights

  • Brushless Innovation: Compared with conventional brushed servos, the brushless design eliminates carbon brush wear, extends service life to over 3000 hours, and improves linear output by 20%.

  • Optimized Signal Processing: BLS992 and BLS995 adopt wide-band and narrow-band signal schemes respectively, ensuring swashplate and tail systems operate without interference and improving overall coordination.

  • Compatibility: Standardized interfaces fully compatible with Futaba, JR, and other mainstream transmitters, supporting true plug-and-play operation to reduce pre-competition setup time.