Hobbywing 30203100 Platinum 260A-V5, High Voltage, Opto, 6-14S Li-Po, Not BEC, Electronic Speed ​​Control for Brushless Motor (HBW30203100)

Contents

• 1pc Hobbywing 30203100 Platinum 260A-V5, High Voltage, Opto, 6-14S Li-Po, Not BEC, Electronic Speed ​​Control for Brushless Motor

Features

• Efficient cooling thanks to an advanced heat distribution system with windows
• Internal 12V switching BEC (5-12V)
• Supports multiple data protocols, such as:
• Mikado VBar System, Futaba S.BUS2, MSH Brain and iKON
• Includes data logging accessible via OTA module on smartphone
• Multiple protection features (e.g. reverse currents)
• 16 adjustable parameters including 4 flight modes:
• Fixed Wing
• Helicopter - External Regulator
• Helicopter - Express Regulator
• Helicopter - Shop Regulator

Technical Specifications

• Type: Brushless High Voltage
• Current/Peak Rating: 260A/400A
• Cells: 6-14S LiPo
• BEC: 5-12V @10A (Switching Mode)
• Cable, battery/motor: 1x 8AWG (red, black)
• 3x 10AWG (black)
• Programming: - LCD Programming Box
• - OTA Bluetooth Programmer
• - Separate Programming Port
• Software update: Yes
• Telemetry: Mikado VBar; Futaba S.Bus2;
• MSH iKon; Brain etc.
• Dimensions: 89x50x34mm
• Weight (including cable): 297g
• Application: 700-800 Electric Helicopter
• (main rotor length: 690-880mm)

Platinum V5 260A HV V5 provides constant speed control, providing an excellent flight experience with its powerful 12V switching mode BEC. The innovative body design with additional windows on the sides and in the internal structure ensures extremely effective heat dissipation. In this way, the heat produced is transmitted directly from the circuit board to the outside in the shortest way. This is particularly important as the integrated 32-bit processor further strengthens the overall performance of the Platinum ESC (Electronic Speed ​​Controller) by increasing the precision of the RPM algorithm. Finely adjustable speed sensitivity allows every pilot to find the setting that suits them best.

The ESC also includes Synchronous Rectification Efficiency Optimization Technology (DEO: "Driving Efficiency Optimization" - Active Freewheel), which provides several benefits at once:
- Faster throttle response, improved flight stability and flexibility.
- Higher driving efficiency and longer battery life. - Ensuring reliability with lower temperature rise of ESC.