Description
100A Multirotor ESC Power Distribution Board – Power Your Quadcopter with Confidence
Overview
The 100A Multirotor ESC Power Distribution Board is the heart of any high-performance quadcopter or multirotor drone. Designed to handle extreme current loads while delivering consistent and reliable power to all electronic speed controllers (ESCs), this power distribution board (PDB) ensures smooth flight performance and unmatched efficiency. Whether you’re building a racing quad, an agricultural drone, or an industrial UAV, this board offers the foundation you can trust.
With the increasing demand for powerful and stable drones, the 100A Multirotor ESC Power Distribution Board becomes an essential component that guarantees balanced energy distribution across all motors, minimizing the risk of voltage drops, brownouts, or signal noise.
Why Choose the 100A Multirotor ESC Power Distribution Board?
1. Robust 100A Current Handling
The primary advantage of the 100A Multirotor ESC Power Distribution Board is its ability to handle massive current loads without overheating or failing. In high-thrust multirotors or FPV racing drones, current spikes are common, especially during takeoffs, flips, or aggressive maneuvers. A weak power distribution system could lead to mid-air shutdowns or crashes. With this PDB, you’re assured of continuous, reliable power—up to 100A sustained load.
2. Reliable and Clean Power Distribution
This power board ensures each ESC and motor receives the same amount of power, minimizing imbalances. When paired with high-efficiency ESCs and motors, the 100A Multirotor ESC Power Distribution Board optimizes energy delivery, resulting in extended flight times, cooler temperatures, and higher RPM response. Its thick copper traces reduce resistance and heating during flight.
3. Essential for High-End Drones
From DIY drone enthusiasts to professional UAV builders, everyone can benefit from the capabilities of this board. Whether you are constructing a:
-
Racing Drone
-
Cinematic FPV Rig
-
Heavy Lift Drone
-
Survey or Agricultural UAV
…the 100A Multirotor ESC Power Distribution Board can support all of them. Its versatility and durability make it a favorite among experienced builders.
Technical Specifications
Feature | Details |
---|---|
Model | 100A Multirotor ESC Power Distribution Board |
Max Continuous Current | 100 Amps |
Max Peak Current | 120 Amps |
Input Voltage | 3S to 6S LiPo (11.1V to 22.2V) |
Number of ESC Outputs | 4–8 (can be customized) |
Weight | Approx. 15g |
Dimensions | ~36mm x 36mm (may vary slightly) |
Mounting Holes | 30.5mm x 30.5mm spacing (standard) |
PCB Material | FR4 with heavy copper coating |
Solder Pads | Large pads for XT60/XT90/AS150 connectors |
Build Quality and Design
Built using high-grade FR4 material and featuring double-sided copper plating, the 100A Multirotor ESC Power Distribution Board is built to last. It features a clean, circular or square layout depending on the variant and offers dedicated soldering points for ESCs, capacitors, and battery connectors. Its compact footprint allows it to be mounted under flight controllers or within drone frames without interfering with other components.
The design also includes:
-
Reinforced soldering pads
-
Gold-plated contacts for superior conductivity
-
Silk screen labels for easy wiring
Ease of Use
One of the strongest selling points of the 100A Multirotor ESC Power Distribution Board is its simplicity. Beginners and advanced users alike can quickly integrate the PDB into their drone builds. With pre-labeled positive and negative pads and standardized mounting holes, installation becomes a seamless experience. It’s compatible with most popular flight controllers like Betaflight, Pixhawk, and APM.
Thermal Stability and Safety
High-current drone applications generate significant heat, especially during demanding flights. The 100A Multirotor ESC Power Distribution Board is built with high thermal resistance materials and includes heat dissipation features such as wide copper traces and thermally balanced pad layouts. This ensures the board can operate at full capacity without risk of thermal runaway or component burnout.
Additionally, many users choose to add extra capacitors or TVS diodes to the board to suppress voltage spikes and improve electrical noise resistance—something this PDB is fully compatible with.
Applications of 100A Multirotor ESC Power Distribution Board
The possibilities are vast. Here are some real-world uses:
1. FPV Racing Drones
In competitive FPV racing, response time and current delivery are crucial. The 100A current handling capability ensures that even aggressive throttle punches won’t brown out your system. Lightweight and compact, this PDB fits perfectly in 5-inch and 7-inch racing drone builds.
2. Cinematic and Freestyle Drones
Freestyle and cinematic drones with powerful motors and dual batteries require reliable current distribution. The 100A Multirotor ESC Power Distribution Board keeps power levels consistent, enabling smooth, jello-free footage.
3. Agricultural & Industrial Drones
Large drones for spraying, surveying, or delivery need robust PDBs. This board handles the power load from large ESCs and motors with ease, providing consistent performance for long-duration and heavy-lift flights.
4. DIY Drone Projects and Education
Perfect for college drone labs, hobbyists, and researchers looking for a budget-friendly yet durable solution. It allows experimentation with various power systems, motor configurations, and flight controllers.
Compatibility
The 100A Multirotor ESC Power Distribution Board is universally compatible with:
-
ESCs from 20A to 60A and beyond
-
Battery connectors such as XT60, XT90, and AS150
-
Flight controllers like Betaflight, iNav, Pixhawk, Matek, and more
-
Motors ranging from 1806 to 5010 and higher
-
LiPo batteries from 3S to 6S (custom setups can go higher)
Its versatility makes it a one-size-fits-all solution for various drone sizes and applications.
Detailed Installation Tips for the 100A Multirotor ESC Power Distribution Board
Proper installation of the 100A Multirotor ESC Power Distribution Board ensures optimal performance, safety, and long-term durability of your drone. Whether you’re a beginner or an expert builder, following best practices will help you avoid power issues, improve flight stability, and protect your electronics.
1. Prepare Your Workspace
Before beginning installation, set up a clean and static-free workspace with:
-
A heat-resistant soldering mat
-
Soldering iron (40W or higher recommended)
-
High-quality lead-free solder (preferably with flux core)
-
Helping hands or a PCB holder for stable soldering
-
Multimeter for testing continuity and polarity
2. Understand the Layout
Familiarize yourself with the layout of the 100A Multirotor ESC Power Distribution Board:
-
Identify the positive (+) and negative (-) terminals for ESC connections
-
Locate the battery input pads—usually marked as VBAT, GND, or BATT+
-
Look for optional pads for capacitors, voltage regulators (BECs), or LEDs
Many boards also include silk-screened labels or polarity indicators—never skip double-checking these.
3. Mounting the PDB Securely
Mount the 100A Multirotor ESC Power Distribution Board using:
-
Nylon or aluminum standoffs (preferably M3) with plastic washers
-
Ensure the PDB is not touching any carbon fiber frame directly, as carbon fiber is conductive
-
Use vibration dampers if the board will be mounted near motors or props to reduce mechanical stress
4. Pre-Tin the Pads
-
Apply a small amount of solder to all pads before connecting wires
-
This makes the final solder joints quicker and stronger
-
For XT60/XT90 connectors or 10 AWG wires, use a wider tip and high heat to ensure full melting
5. Soldering ESC Wires
-
Cut ESC power wires (red for +, black for -) to the appropriate length for clean routing
-
Solder each pair of wires to the respective pads on the 100A Multirotor ESC Power Distribution Board
-
Keep wires neat and away from props or moving parts
-
Optional: Use shrink tubing over solder joints for added protection
6. Adding a Battery Connector
-
Use an XT60, XT90, or AS150 anti-spark connector depending on your drone’s power system
-
Strip and tin the battery leads before soldering to the board
-
Double-check polarity before connecting! Reversed connections can destroy your ESCs, flight controller, or PDB
7. Add a Capacitor for Voltage Spike Protection
-
Solder a 1000μF 25V (or higher) low ESR capacitor across the battery input pads
-
This helps suppress voltage spikes during throttle changes and reduces video noise
-
Recommended for 4S/6S builds or drones with high current ESCs
8. Check Connections Before Powering Up
Use a multimeter to:
-
Check for shorts between positive and negative terminals
-
Verify continuity of each solder joint
-
Ensure there’s no cold solder joint (dull, cracked, or loose connections)
Optional but highly recommended: use a smoke stopper or inline fuse during the first power-up to prevent major damage in case of wiring errors.
9. Flight Controller Integration
-
If using a 2-in-1 PDB/FC stack, align mounting holes precisely
-
If separate, route power from the 100A Multirotor ESC Power Distribution Board to the flight controller via dedicated BEC pads or voltage-in terminals
-
Avoid direct connection to flight controller 5V pads unless explicitly supported
10. Cable Management
-
Use zip ties or hook-and-loop straps to keep wiring secure
-
Bundle wires neatly to improve airflow and aesthetics
-
Avoid placing wires over ESCs or close to motors to reduce EMI (electromagnetic interference)
✅ Final Checklist Before First Flight
-
All ESCs are securely soldered and heat-shrinked
-
Battery connector is correctly polarized
-
No short circuits between pads
-
Capacitor installed (for 4S+ builds)
-
Flight controller receives clean power from PDB
-
Wires are secured away from moving parts
-
Smoke stopper tested the build successfully
⚠️ Safety Note
The 100A Multirotor ESC Power Distribution Board handles high current. A faulty installation can result in fires, damaged electronics, or dangerous in-flight failures. Take your time during soldering, double-check all connections, and always test with safety gear.
Customer reviews
★★★★★ “Solid build and reliable. Used this in my 6S freestyle drone, and it’s never let me down.”
– Rahul, Drone Builder (India)
★★★★★ “Handles 100A like a beast. My quad draws over 90A at full throttle, and this PDB doesn’t even get warm.”
– Sarah, FPV Racer (USA)
★★★★★ “Great for educational builds. We’ve used this board in 20+ student quadcopters and never had a failure.”
– Dr. Aravind, University Professor (India)
Conclusion
The 100A Multirotor ESC Power Distribution Board is more than just a wiring accessory—it’s a critical component in building drones that are fast, powerful, and reliable. Whether you’re assembling your first quadcopter or customizing an advanced UAV, this PDB offers the performance, stability, and confidence you need to take your project to the skies.
Why Lofty Agrotech?
🌱 1. Innovation Rooted in Agriculture Technology
-
Founded in 2021, Lofty Agrotech specializes in advanced agricultural drones, sensor systems, and post-harvest solutions
-
Their deep domain expertise in agro-drones ensures components are designed for real-world agricultural needs, not just hobbyist applications.
📍 2. India-Based Design & Support
-
With facilities in Salem and Coimbatore, Lofty Agrotech is one of the rare domestic players offering end-to-end drone solutions
-
Local presence means faster support, reliable shipping, and understanding of Indian operating conditions (heat, dust, humidity) that influence hardware design.
⚙️ 3. Professional-Grade Drone Kits & Components
-
Their line-up includes hexacopter kits (10 L spraying systems with advanced flight controllers) and PDB-equipped quadcopter frames—built with performance and durability in mind
-
Integration of features like obstacle avoidance, terrain radar, and anti-spark connectors reflects a focus on reliability and user convenience.
🤝 4. Empowering Farmers & Builders
-
Beyond tech, Lofty Agrotech provides rental services for machinery, and helps farmers avoid middlemen with direct sales platforms
-
This mission-driven approach shows they care about sustainable agriculture and community impact—not just sales.
🛠️ 5. End-to-End Ecosystem
-
Their catalog spans everything from frames and ESCs to autopilot units and FPV accessories
-
This makes Lofty Agrotech a one-stop source for drone builders who want compatibility and consistency across parts.
🛡️ 6. Tech-Driven Culture
-
They’re actively hiring R&D talent in Coimbatore and Salem for drone and sensor development roles
-
This hiring focus suggests ongoing innovation and a forward-thinking product portfolio.
✅ In Summary: Why Lofty Agrotech?
Advantage | Impact |
---|---|
Agro-focused R&D | Products built specifically for farming drones |
India-based | Faster support, shipping, preserves “Make in India” value |
Comprehensive Range | All-in-one sourcing—frames, PDBs, ESCs, kits |
Community Focus | Supports farmers and drone-builders economically |
Innovation-driven | Active investment in next-gen technology |
Explore more in our camera drone collection and find the right aerial companion.
Before flying, ensure you’re compliant with India’s drone regulations (DGCA DigitalSky Portal).
LOOKING FOR MORE? DISCOVER EVERYTHING WITH OFFER AT http://www.loftyagrotech.com
Reviews
There are no reviews yet.