Power Distribution Board (PDB) 300A – Top Entry

Description:

300A High Current PDB Power Distribution Board - Top Entry

Tame massive current demands in your high-power drone build with this ultra-robust 300A Power Distribution Board (PDB) . Designed for the most demanding applications like X-Class racers, heavy lift drones, large cinematic rigs, and other platforms pulling extreme amps, this high current PDB ensures reliable power delivery to your ESCs and other components.

Engineered to handle continuous currents up to a staggering 300 Amps , this PDB features thick copper layers and large, high-quality solder pads capable of managing heavy gauge wires. Say goodbye to bottlenecking and overheating issues common with lower-rated boards. This heavy-duty PDB provides a clean, centralized, and secure way to distribute power from your high-voltage (e.g., 8S, 12S, 14S LiPo ) batteries.

• Top Entry PDB: Wires solder onto pads facing upwards, ideal for builds with ample vertical space or specific routing needs.

Ensure your power-hungry build gets the clean, reliable current it needs. Upgrade to this 300A PDB for maximum performance and peace of mind.

Key Search Terms: PDB, Power Distribution Board, 300A PDB, High Current PDB, Heavy Duty PDB, Drone PDB, RC PDB, X-Class PDB, Heavy Lift Drone PDB, High Power Drone, Power Board, ESC Power Distribution, High Voltage PDB, 12S PDB, 14S PDB, Top Entry PDB, Side Entry PDB.

Specifications:

• Product: High Current Power Distribution Board
• Variations: Top Entry
• Maximum Continuous Current: 300A
• Solder Pad Size: Large, suitable for heavy gauge wire (e.g., 8AWG, 6AWG)
• Weight (Approx.): 110.90 g

(Note: Please fill in the bracketed specification details based on the actual product data. Max voltage and mounting pattern are particularly important.)

What's in the Box:

• 1 x 300A Power Distribution Board
• Mounting Hardware (Screws/Standoffs)

Disclaimer: Please be aware that the included accessories, if any, (such as mounting hardware type/material) may vary slightly depending on the manufacturing batch and component availability.