Product Description:
SURPASS HOBBY 80A Pro V2 Brushed ESC with Adjustable BEC Waterproof
The SURPASS HOBBY 80A Pro V2 Brushed ESC is a high-performance electronic speed controller designed for 1/10 scale brushed RC cars and crawlers. Featuring upgraded hardware and software, this V2 version delivers improved reliability, smoother throttle control, and significantly better cooling thanks to its aluminum case design.
With a built-in high-output BEC that can be switched between 6.0V, 7.4V, and 8.4V, this ESC easily supports standard and high-voltage servos. The ESC also introduces advanced control features such as real car mode, real-time direction switching, and adjustable drag brake control through the idle channel on your transmitter, providing a unique and realistic driving experience.
The aluminum housing reduces operating temperatures by approximately 13 degrees Celsius compared to the previous 80A Pro model, improving durability and performance during extended runs. Waterproof construction makes it suitable for crawling and off-road environments.
Features
Built-in switchable BEC with 6.0V, 7.4V, and 8.4V output at 5A
Four selectable running modes including real car mode
Real-time forward and reverse control via transmitter idle channel
Real-time adjustable drag brake intensity
Improved aluminum case for enhanced cooling and reliability
Supports up to 13 programmable settings
Waterproof design for crawler and off-road use
Compatible with 540 and 550 brushed motors
Specifications
Continuous Current 80A
Burst Current 320A
Internal Resistance 0.0014 ohm
Motor Type 540 and 550 brushed motors
Vehicle Type 1/10 scale crawler or 1/10 brushed RC car
Battery Support 2 to 3 cell LiPo or 4 to 9 cell NiMH
BEC Output 6.0V 7.4V or 8.4V selectable at 5A
Dimensions 42 x 35 x 26.6 mm
Weight 70 grams including wires
Cooling Fan Size 25 x 25 mm
Package Includes
SURPASS HOBBY 80A Pro V2 Brushed ESC
This ESC is an excellent upgrade for RC crawlers and brushed vehicles requiring precise control, strong braking performance, high BEC output, and improved thermal efficiency.
