F450 Quadcopter Frame PCB Board – Made in INDIA

Rs. 1,374.71

F450 Quadcopter Frame PCB Board – Made in INDIA

Name: F450 Quadcopter Frame PCB Board – Made in INDIA
Brand: The Tech Depot
SKU: TTD-18203
Price: 1374.71 INR
Availability: InStock

Rs. 1,374.71

TTD-18203

🚚 Pan-India delivery

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The F450 Quadcopter Frame PCB Board is a precision-engineered power distribution and control circuit board designed specifically for the F450 quadcopter airframe, featuring optimized traces for 4S LiPo battery systems with maximum 30A continuous current capacity. Professional drone builders, aerial photography enthusiasts, and robotics engineers rely on this PCB board to ensure stable power distribution, voltage regulation, and signal integrity across all four ESC (Electronic Speed Controller) channels and onboard sensors. This board solves critical power management challenges in multi-rotor systems by eliminating voltage sag, reducing electromagnetic interference, and providing redundant ground planes for enhanced flight stability and component longevity.

Specifications

Specification	Details
Product Type	Quadcopter Power Distribution Board
Brand	Tech Depot Verified
Origin	Made in India - Authentic
PCB Layers	4-layer with 2oz copper thickness
Maximum Current Rating	30A continuous per ESC channel
Battery Compatibility	4S LiPo (14.8V nominal, 16.8V max)
Output Voltage Options	5V/2A BEC and 12V/1A auxiliary
Dimensions	110mm x 110mm (F450 frame standard)
Weight	18 grams

Why Choose F450 Quadcopter Frame PCB Board – Made in INDIA?

100% Authentic

GST Invoice - A GST invoice is included with every order.

Expert Support - Dedicated technical help on WhatsApp and email.

Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.

Trusted by Makers - Used by students, hobbyists and professionals nationwide.

Key Features of F450 Quadcopter Frame PCB Board – Made in INDIA

Star-point power distribution topology reduces voltage sag by up to 0.3V compared to sequential wiring, ensuring consistent motor response across all four rotors during aggressive acceleration
Dual BEC outputs provide independent 5V and 12V rails with individual current limiting, preventing single-point failure and allowing simultaneous operation of flight controller, receiver, and LED systems
4-layer PCB construction with dedicated ground planes and power planes minimizes electromagnetic interference, critical for maintaining GPS accuracy and preventing compass drift in urban environments
Integrated capacitor pads with optimized trace routing for 470uF electrolytic and 100nF ceramic capacitors near each ESC connector, reducing voltage ripple to under 200mV at full throttle
XT60 connector footprint with reinforced solder pads rated for 60A peak current, preventing connector burnout during rapid battery discharge scenarios
Conformal coating protection against moisture and salt corrosion, essential for coastal operations and monsoon-season flying in India

Perfect For

Professional aerial photography and cinematography platforms where stable power delivery ensures gimbal stabilization and 4K camera operation without voltage-induced image artifacts or sensor glitches
Agricultural drone applications for crop monitoring and pesticide spraying, where reliable power distribution across extended flight times prevents mid-mission motor failures in remote field locations
Search and rescue operations requiring extended flight endurance, where optimized power efficiency from this PCB board extends battery life by 15-20% compared to inferior designs
Racing drone builds and FPV freestyle platforms where low-latency ESC response from clean power delivery provides competitive advantage in gate navigation and trick execution
Educational robotics and drone racing clubs using F450 frames as training platforms, where this PCB board's reliability reduces maintenance downtime and component replacement costs
Industrial inspection applications including building facade assessment and power line monitoring, where redundant power systems enabled by dual BEC outputs ensure mission-critical reliability

How to Use

Position the board at the center of gravity of your quadcopter frame, typically between the top and bottom plates, using the four M3 mounting holes. Solder your XT60 battery connector to the designated pads on the board, ensuring proper polarity with red wire to positive pad and black wire to ground pad. Install capacitors on the marked pads near each ESC connector pad - use 470uF electrolytic capacitors for bulk energy storage and 100nF ceramic capacitors for high-frequency noise filtering. Connect each of your four ESCs to their respective output pads, maintaining consistent wire gauge of 12AWG or thicker to handle the 30A continuous current rating.

For the BEC outputs, solder your flight controller power input to the 5V and GND pads, and optional LED or auxiliary systems to the 12V output pads. Double-check all solder joints with a magnifying glass to prevent cold solder joints that cause intermittent power loss. Before first flight, perform a voltage test with a multimeter across the battery input pads and verify 5V and 12V outputs under no-load conditions. Program your ESCs with appropriate throttle curves and ensure all four motors spin at identical RPM when armed with zero throttle input, indicating balanced power distribution from the PCB board. After first flight, inspect solder joints for any signs of thermal stress or cracking, and verify that capacitors are not bulging or leaking, which would indicate excessive voltage spikes or reverse polarity connection.

Product Overview

The F450 Quadcopter Frame PCB Board operates as the central nervous system of your quadcopter's power architecture, utilizing a star-point topology design that distributes power from the main battery connector to four independent ESC output pads with minimal voltage drop. The board features a 4-layer PCB construction with 2oz copper thickness on power planes, ensuring superior current carrying capacity and thermal dissipation. Integrated voltage regulation circuitry provides clean 5V output for flight controllers and 12V auxiliary power for LED systems, while dedicated signal filtering prevents noise coupling between power and signal grounds. The symmetrical layout design minimizes loop inductance, critical for maintaining stable throttle response and preventing oscillations during aggressive maneuvers.

This Made in India PCB board maintains strict adherence to international manufacturing standards while optimizing for the Indian climate and environmental conditions. The board incorporates conformal coating protection against humidity and corrosion, essential for drone operations in monsoon-prone regions. Multiple mounting holes align precisely with F450 frame geometry, ensuring tool-free installation without mechanical stress on solder joints. The design includes dedicated pads for XT60 connector integration, BEC output terminals, and current sensor connections, making it compatible with both traditional and advanced flight control systems from manufacturers like DJI, Pixhawk, and ArduPilot ecosystems.

Frequently Asked Questions

What is the maximum continuous current this PCB board can handle?

The F450 Quadcopter Frame PCB Board is rated for 30A continuous current per ESC channel, with a total system capacity of 120A when all four motors operate simultaneously at full throttle. The 4-layer PCB with 2oz copper thickness and optimized trace routing ensures voltage drop remains below 0.2V at maximum current. For applications exceeding 30A per motor, such as racing drones with larger propellers, we recommend upgrading to our F550 series board which supports 40A per channel.

Can I use this PCB board with 6S LiPo batteries instead of 4S?

The F450 PCB board is specifically designed and tested for 4S LiPo battery systems with maximum voltage of 16.8V. Using 6S batteries (22.2V nominal) will exceed the voltage rating of onboard capacitors and voltage regulator circuits, causing component failure and potential fire hazard. The BEC regulators are calibrated for 4S input and will overheat with 6S voltage. For 6S systems, please use our F550 or F680 series boards which include higher-voltage rated components and enhanced thermal management.

How do I know if my PCB board has a manufacturing defect?

Test for electrical defects by measuring resistance between adjacent pads using a multimeter - resistance should be infinite (open circuit) between different signal pads. Measure voltage output under load - 5V output should be 4.8V to 5.2V and 12V output should be 11.5V to 12.5V. If you identify any defects within 5 days of receipt, contact our support team with photos for immediate replacement.

Is this PCB board compatible with my DJI Flamewheel F450 frame?

Yes, the F450 Quadcopter Frame PCB Board is 100% compatible with genuine DJI Flamewheel F450 frames and all compatible third-party F450 clones. The 110mm x 110mm dimensions and M3 mounting hole spacing match the DJI standard exactly. However, DJI's original power distribution board uses proprietary connectors, so you will need to desolder the old board and replace it with this board, or use adapter cables. This board supports both DJI's original ESC connectors and standard 3-pin servo connectors, providing maximum flexibility for mixed component setups.

Are bulk discounts available?

Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp at 9876543210 or email at techdepotindia@gmail.com for a customized bulk quote. We offer tiered discounts starting at 15% for 10-25 units, 20% for 25-50 units, and 25% for 50+ units. Educational institutions and drone racing clubs qualify for additional academic discounts with valid institution letterhead.