Description
A 490 Hz refresh rate makes the QuadPack 25 the epitome of stability during all aspects of flight from a simple hover to the most extreme maneuvers. Recommended for platforms pulling up to 25 amps** and running up to 6S LiPo, your Quadcopter or Multi-Rotor platform will perform as never before. While pre-programmed for your Multi-Rotor, the QuadPack 25 offers industry-leading software functions and USB programming capability via Castle Link USB adapter should you require them (Castle Link sold separately).
It wasnt until recently that Castle decided to spin into the Multi-Rotor market, and provide R/C enthusiasts with some of the most versatile and inventive systems ever devised. Enter the next master of the Multi-Rotor, the QuadPack 25.
Castle Creations, Inc. warrants this product to be free from manufacturing defects for a period of one year from date of purchase.
Features
Four 25 amp Multi-Rotor electronic speed controls with optimized firmware designed for Quadcopter and other Multi-Rotor heli platforms pulling up to 25 amps, and running up to 6S LiPo battery Refresh rates up to 490 Hz for optimum stability and maneuverability Programmable using Castle Link USB adapter (sold separately)
Includes:
One ESC with BEC*
Instructions
Requires: Battery and motor connectors
Specifications:
Max Continuous Amperage at Full Throttle: 25A
BEC Voltage: 5.5V
BEC Output: 8A peak
3A continuous (always check servo draw prior to first flight)
Dimensions: 0.72 x 1.72 x 0.32″ (18.2 x 43.7 x 8.1mm)
Weight with Wires: 0.63oz (17.9g) each
Weight without Wires: 0.28oz (7.9g) each
Even with all these awesome features and programmability, RC Superstore is making the QuadPack 25 available at an amazingly low price!
*This package contains one Multi-Rotor 25 with a BEC and three with no BEC. The single BEC supplies power for all 4 controllers.
**RC HOBBY APPLICATION RATING: 25 amps for the duration of a single 4,000 mAh battery pack with the ESC in contact with a 5 mph airflow of 25C (77F) or cooler air. Controller temperature must never exceed 100C (212F). Exceeding current or temperature ratings may damage components and may shorten the life of the ESC. Always verify system current draw at full-throttle. Decrease load or increase airflow to decrease the ESCs operating temperature.
***Peak indicates amperage sustainable for 0.5 seconds – long enough for most servos’ current draw transients. Always confirm servo current draw before the first flight of the model.






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