SEQURE 4in1 ESC 70A Brushless Electric Speed Controller 2-8S AM32 ESC 30.5x30.5mm for FPV Racing Drones Freestyle

Specification Model: Blueson A2 Processor: AT32F421 Firmware Version: AM32 PWM Frequency: 8KHz-96KHz Working Voltage:2-8S Lipo / LiHV Continuous Current: 70A Peak Current: 150A Support Protocol: Dshot600/300/150, Oneshot, Multishot, PWM Telemetry Return: YES Galvanometer: YES BEC: NO Mounting Hole Spacing: 30.5*30.5mm, Φ4mm/M3 Product Size: 45.5*42.5*6mm(L*W*H) Product Weight: 17g  Main Features: -- High-quality ultra-high copper thickness PCB ensures the current carrying capacity while improving heat dissipation. Equipped with top-level MOSFET, it enhances flight performance and makes you enjoy the fun of flying in the air. -- Equipped with a high-speed 32-bit processor, it supports full-segment dynamic PWM variable refresh rate of 8KHz-128KHz, with more precise speed response and smoother throttle control. -- 30.5mm installation hole spacing is more suitable for large-sized load-type flight vehicles and is easy to install. -- The angled extended large-area pad design not only makes the motor circuit layout more refined, but also effectively simplifies the welding process. Package Includes: SEQURE Blueson A2 4IN1 ESC × 1 30AWG 40mm reverse double plug SH1.0-8P cable × 1 30AWG 60mm single plug SH1.0-8P cable × 1 12AWG 100mm power cable (black/red) × 2 XT60H-M black male connector × 1 35V 680UF solid capacitor × 1 M3*8mm shock absorbing washer (black) × 5

• Adopts AT32F421 32-bit processor. PWM frequency supports 8 KHz- 96 KHz. Continuous current 70A, peak current up to 150A.
• 30.5mm installation hole spacing is more suitable for large-sized load-type flight vehicles and is easy to install.
• High-power MOSFET, ultra-high efficiency conversion, reducing losses and extending flight time
• Supports digital protocol DShot600/300/150 and is compatible with Oneshot/MultiShot/PWM protocol.
• Innovative angled solder pad reduces the difficulty of welding. Multi-layer PCB design increases over-current capability, effectively dissipating heat.