- CASTLE is a top producer of high performance, high quality products for RC aftermarket upgrades with a 25-year track record of innovation and record-breaking performance. Our brushless power systems are ideal for those who desire higher efficiency, advanced features and improved optimization for their stock upgrade or build. The MAMBA XLX2 ESC is proudly DESIGNED, ASSEMBLED AND SUPPORTED IN OLATHE, KS. USA.
- Application: 1/5th Scale vehicles weighing up to 42 lbs, running 3s-8s LiPo. Vehicle Examples: Losi DB XL-E, Losi Super Rock Rey, Arrma Kraton 8s, Arrma Outcast 8s, Traxxas X-Maxx Note: Some vehicles may require aftermarket parts to allow ESC and/or motor fitment.
- Engineered from the ground up, the Mamba XLX2 is packed with a potent combination of hardware and software advancements, sensored performance, CRYO-DRIVE, onboard data logging (to monitor current, voltage temperatures, RPM and more ), a powerful integrated 20A Peak Adjustable BEC, auxiliary wire functionality (on-the-fly adjustments to ESC through your transmitter) and waterproof design that will set a new standard for high performance power systems
- You can easily optimize the ESC for any driving condition, from rugged terrain to smooth pavement to the perils of rock and gravel. Create, save and download setup profiles through the Castle Link Programming Suite (free coupon with purchase) on your Windows PC, or wirelessly with the convenience of the new B-Link Bluetooth Adapter (sold separately) and the free Castle Link app for Android or iOS.
- The XLX2 is a high-performance controller with specific system requirements designed to protect the integrity of the ESC and ensure maximum performance. Please refer to the Mamba XLX2 Product Use Statements (in document section) for information regarding calibration, input voltage, minimum battery requirements, wiring, soldering, connectors and more.
Engineered from the ground up, the Mamba XLX2 ESC is packed with a potent combination of hardware and software advancements, sensored performance, CRYO-DRIVE and waterproof design that will set a new standard for high performance power systems for large-scale RC vehicles. CRYO-DRIVE, Castle’s proprietary breakthrough technology integrates unique software and dedicated hardware to reduce heat and dramatically increase performance. Thousands of times per second, the XLX2 software minimizes the amount of time the electrical components spend generating heat. These software advancements work in parallel with an open housing design which enables increased directional airflow to cool critical components. With the combination of a new 50mm fan and forged elliptical fin heatsink, the XLX2 maximizes airflow throughout the system, taking thermal performance to a whole new level. The results are more power handling, cooler ESC temperatures and longer runtimes and for ultra-high performance. Additional tuning flexibility awaits you with on-the-fly adjustments from your transmitter via the Auxiliary wire. Simply connect the white signal wire to an open radio channel and enable the feature in Castle Link by selecting what Auxiliary function you would like to use. Access programming parameters such as Torque Control, Max Brake or Max Throttle. Pairing the Mamba XLX2 with the Castle 4-POLE 12-SLOT SENSORED 2028-800KV or the 2028-1100KV will allow heavy, high speed rigs to experience controllable low-end ranges without sacrificing power, punch or speed. SmartSense mode uses the motor’s sensors to start the motor to provide smooth starts, excellent torque, and low-speed drivability. Once the motor is spinning, it seamlessly transitions to Castle’s ultra-efficient sensorless mode. You’ll put more power to the ground, where it should be, instead of wasting it through raw heat and RPMs. Please refer to the Mamba XLX2 Product Use Statements (in document section) for information regarding calibration, input voltage, minimum battery requirements, wiring, soldering, connectors and more. It is critical that all relevant components in your system be able to support the incredible power handling and performance of the XLX2.
