YGE Saphir 155A V2 Telemetry Brushless ESC w/12A BEC (4-8S)

ESC Overview:

Experience unmatched precision and reliability with the YGE Saphir 155A V2 Telemetry ESC, a high-performance controller designed for sailplanes, airplanes, and helicopters with advanced onboard telemetry and powerful, adaptable control.

About the Saphir 155A V2 ESC

Advanced Telemetry Integration

The YGE Saphir 155A V2 Telemetry Brushless ESC is built for demanding sailplanes, airplanes, and helicopters, delivering 155A continuous and 250A burst power on 4–8S LiPo setups. With onboard telemetry support for multiple protocols, including Mikado VBar, Graupner HoTT, Jeti ExBUS, Multiplex, and more via the TexY YGE unit, it provides pilots with real-time performance data while reducing wiring clutter and eliminating the need for external modules. Its fully overhauled 32-bit hardware and software platform ensures precise control, automatically adapting PWM frequency to motor requirements for optimized performance.

Reliable Power & Protection

Equipped with a powerful 12A continuous (25A peak) adjustable BEC, the Saphir 155A V2 offers flexible integration across a wide range of models. Key features include soft start with a super-soft 60-second option for scale helicopters, active free-wheel for efficient partial load operation, F3A Acro brake with adjustable force, and built-in current limiting. With integrated under-voltage protection, anti-spark flash reduction, and overload/temperature warnings, this ESC ensures maximum reliability under heavy loads. PC fine-tuning via optional USB adapter adds further customization, making it an excellent choice for both competitive pilots and high-performance enthusiasts.

Features:

• 155A continuous / 250A burst power
• Works with 4–8S LiPo batteries
• Built-in telemetry for multiple protocols
• Adjustable BEC 5.0V–12.0V, 12A continuous
• Soft start and super-soft 60 sec option
• Active free-wheel for part load operation
• F3A Acro brake with adjustable force
• Overtemperature and overload warning system