Compatible Power Wheel Battery Adapter Kit

Upgrade Your DIY Projects with Safe & Reliable Battery Conversion
Convert your 18V or 20V sliding tool batteries into a high-power stable power source. Ideal for customizing ride-on toys, powering RC projects, robotics, and LED work lights safely.

Why Choose Our Upgraded Conversion Kit?
| Feature | Our Premium Adapter | Standard Adapters |
|---|---|---|
| Wire Gauge | 12 AWG (High-conductivity) | 14 / 16 AWG (Standard) |
| Independent Switch | Integrated Rocker Switch (Easy On/Off) | None (Must unplug battery to shut off) |
| Safety Fuse Protection | 30A Blade Fuse & Fitted Waterproof Cap | None (High risk of battery damage) |
| Included Accessories | Terminals, Fuses, Drywall Anchors & Screws | Bare Adapter Only |


Upgraded Dual Protection Barrier
Protect your high-value batteries and DIY hardware from devastating short-circuits and current overloads.
- Built-In Manual Switch: Effortlessly cut off power with the click of the rocker switch, preventing the need to constantly slide out the battery.
- 30A Overload Protection: Equipped with an inline fuse holder containing a 30Amp blade fuse. Fitted rubber cap seals out moisture and dust.
- Full Power Handling: Rated for up to 20A continuous output to meet heavy load demands effortlessly.

Durable Shell & Simple Mounting
Designed for resilient setups indoors and outdoors, making installation onto any project shell, wall, or machine quick and straightforward.
- ABS Plastic Construction: Durable casing provides excellent shock resistance, moisture resilience, and thermal stability.
- Secured Screw Fastening: Dual integrated counterbore holes on the bottom plate allow you to secure the adapter safely using the included mounting hardware.
- 12AWG Silicone Copper Wire: High-conductive flexible wiring stands up to high operating temperatures during heavy currents.

Quick Installation & Removal
The precision sliding mechanism ensures your battery locks in safely without loose contacts or rattling during movement.
- Easy Slide-In Lock: Align the adapter with your compatible battery slot and slide. Once locked in place, it will not drop during rugged use.
- Quick-Release Action: Press down the release tab of the battery package to detach the converter smoothly in seconds.
- Wiring Block Included: Squeeze-lever terminal block makes wire connection faster without needing tape or soldering.
Power Up Multiple Applications
Unlock the high voltage and current of your tool batteries to run heavy-duty low voltage DIY projects seamlessly.
Toy Car Modifications
Give your children's ride-on electric cars an instant power upgrade for longer runtimes and better climbing performance.
Outdoor Lighting
Deploy portable LED workspace lighting or power campground string lights directly from your work batteries.
Hobbyist Robotics & RC
Run stable, strong currents into custom RC vehicles, robotic arms, and remote scientific projects safely.

Product Specifications

| Material | Corrosion-resistant ABS plastic |
| Wire Specification | 12 AWG silicone-jacketed copper wire |
| Max Permissible Current | 20 A |
| Safety Fuse Rating | 30 A (Blade style fuse) |
| Adapter Net Weight | 200g (approx. 7.4 oz / 0.46 lbs) |
| Package Contents | 1x Battery Converter with Fuse Holder, 3x 30A Replacement Fuses, 1x Quick-Connect Wire Terminal, 2x Wall Anchors with Mounting Screws |
Frequently Asked Questions
⚠️ Is this adapter a battery charger?
No. This converter is not a charger. It only outputs the voltage and power directly from your connected battery. Please do not use it to charge your tool batteries.
🔌 How do I connect the wires correctly?
The red wire is connected to the positive terminal (+), and the black wire is connected to the negative terminal (-). Always verify that the positive and negative wires of your target device match the adapter before turning the power switch on.
📦 Should the battery remain connected when not in use?
No. If the adapter is not going to be used for an extended period, always remove the battery from the slot to prevent low voltage discharge over time.