Regenerative Discharger for iCharger and ToolkitRC

A regenerative discharger helps your packs drop internal resistance for stronger, steadier power. As a result, you gain speed, torque, and repeatable lap times. Moreover, you stop chasing a one-lap wonder and build race-long consistency.

Consistency wins races, because you need the same punch every lap. Therefore, our regenerative cycling approach targets voltage sag and uneven delivery. Additionally, it helps your battery feel the same at the start and the finish.

Compatibility beyond limits

First, this unit supports the full Junsi iCharger lineup and the ToolkitRC M8D. Next, you can run Cycle Mode on supported iCharger models without bulky resistor banks. Consequently, your pit setup stays clean while you condition packs at race-relevant loads.

• iCharger DUO Series: 456DUO, 458DUO, 4512DUO, 406DUO, 308DUO, 4010DUO
• iCharger Compact Series: DX6, DX8, DX12, S6, X6, X8, X12
• ToolkitRC: M8D

Maximize consistency every run

High internal resistance causes voltage sag and a random feel on throttle. However, deep cycling with regenerative recovery helps your packs deliver predictable output. In addition, you can tune gearing and timing with more confidence.

• Stable voltage: hold higher voltage under load for longer pulls.
• Race-ready conditioning: prep packs for high-stress mains without fading.
• Repeatable feel: match punch from practice through the final.

Maximize speed with real load cycling

To unlock motor performance, you need a battery that feeds current without bottlenecks. Therefore, higher discharge capability during cycling matters. For example, you can simulate race loads instead of babying packs with low-current banks.

• Synchronous mode advantage: discharge a single battery up to 70A.
• Dual channel throughput: run two packs at up to 45A per channel.
• Cleaner workflow: cycle faster and spend more time on setup.

Minimize internal resistance with energy recovery

Internal resistance (IR) fights power, heat, and consistency. Consequently, regular high-amp cycling at 30A to 70A pushes IR lower than typical resistor solutions. Additionally, regenerative recovery reuses energy instead of dumping it as heat.

If you want the science behind resistance, review battery internal resistance and voltage sag. Notably, lower IR often means less drop under load and more usable punch.

Smart design with zero hassle

We built this system to save space and simplify your routine. Moreover, you connect your charger and start cycling fast. Finally, the all-in-one footprint keeps wiring short and tidy.

• No resistor banks required: run Cycle Mode on iCharger S6, X6, X8, and X12.
• Plug-and-play: connect your iCharger and cycle without complex setup.
• All-in-one solution: keep charger and power supply in one clean footprint.

Specifications and versions

First, choose the version that matches your class and voltage needs. Next, scale your program as you add channels or move to 4S. Accordingly, you can keep the same workflow across stock and modified days.

• Synchronous discharge: up to 70A
• Dual discharge: up to 45A per channel
• Versions: 2S, 4S Off-Road, and 4S On-Road (1/8GTe)
• Upgrades: 4S upgrade path for DUO users

Designed by enthusiasts, made in the U.S.A.

We designed this regenerative discharger for racers who demand repeatable power. Therefore, we focus on precision, durability, and real race results. Ultimately, you get more speed, lower resistance, and stronger consistency across every pack.

Next, add this tool to your weekly routine and track IR, voltage hold, and lap times. Consequently, you will spot stronger packs faster and race with more confidence.