CC BEC 2.0 VOLTAGE REGULATORFrom the trusted manufacturer of BECs comes the next generation of voltage regulators. Designed and assembled in the USA1, Castle Creations’ CC BEC 2.0 gives users higher voltage ranges in two unique packages. For pilots there is a smaller, lightweight (0.7 oz.) design capable of 14 amps peak, perfect for sport flying, helicopters, and UAVs. Racers, crawlers, and other splashers can now integrate a 15 amp peak power regulator in a waterproof (WP), CNC machined, aluminum case. Both versions handle up to an impressive 14S without brake enabled or 12S with brake.
The CC BEC 2.0 complements our established line of BECs hobbyists have relied on for years. With hundreds of thousands in the field, users can count on this new design to power today’s high-power, digital servos and accessories safely. The CC BEC 2.0 features heavy duty, dual output wires that will provide clean power to sensitive radio equipment. Castle Link2 can be used to set the output from 4.75 to 12 volts and power today’s power hungry servos, cameras, and other accessories. Do it right the first time, invest in the CC BEC 2.0 to protect expensive electronics for the long haul.
Note: CC BEC 2.0 should never be operated in series or parallel with another BEC or backup receiver pack connected to the RX/Servo side of the circuit.
1. Adjustable Output Voltage may be set with Castle Link (sold separately).
- Common applications: Helis, Planes, UAS, Racing
- Waterproof: No
- Peak current: 14A (dependent upon input and output voltage)
- Max volts: Surface: 12S (50.4V)
- Air (W/Brake): 12S (50.4V)
- Air (No Brake): 14S (58.8V)
- Adjustable output voltage2: 4.75 to 12V
- Default setting: 5.25V
- Length: 43 mm
- Width: 14 mm
- Height: 8 mm
- Weight: 21 g
- 4.75-7.0V output: 9A
- 7.25V-8.5V output: 8A
- 8.75V-10.0V output: 7A
- 10.25-12.0V output: 6A
*Ratings are determined with a 5mph airflow at 25° C (77° F).
** Adjustable Output Voltage may be set with Castle Link (sold separately).
*** Weight with full length wires, power wires may be shortened to save weight depending on application.