Description

APM Pixhawk Power Module

The APM Pixhawk Power Module is a premium power solution for modern UAV systems, providing efficient voltage regulation, accurate telemetry, and reliable current handling. Built on the robust V6.0 platform, this power module is specifically designed to meet the demands of hobbyist and professional drone pilots alike, as well as robotics innovators requiring advanced power monitoring in compact builds.

What Makes the APM Pixhawk Power Module Stand Out?

APM Pixhawk Power Module At its core, the APM Pixhawk Power Module delivers a fully integrated power distribution solution for drones using the APM or Pixhawk flight controllers. It offers clean, regulated power through a built-in 3A BEC, reliable telemetry through accurate voltage and current sensing, and convenient XT60 male/female connectors. Combined, these features enable a plug-and-play experience without compromising on performance or safety.

Key performance highlights include:

• Regulated 5.3 V, 3 A BEC output to power onboard electronics.

• Input acceptance up to 28 V, suitable for 6S LiPo batteries.

• Capability to monitor up to 90 A of current draw.

• Smooth integration via XT60 connectors for battery and ESC compatibility.

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Built-In BEC for Stable Power Output

An integral part of the APM Pixhawk Power Module is its high-quality Battery Eliminator Circuit (BEC). This BEC ensures a consistent 5.3 V output, up to 3 A—enough to power your flight controller, receiver, telemetry modules, and other electronics without overloading. Because the module handles voltage regulation, you avoid the need for external power supplies, simplifying wiring and improving flight reliability.

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Accurate Voltage & Current Telemetry

With precision voltage sensing and high-range current measurement, the APM Pixhawk Power Module delivers real-time power data to your flight controller. This enables:

• APM Pixhawk Power Module Live voltage and current readings on GCS software such as Mission Planner or QGroundControl.

• APM Pixhawk Power Module Automated warnings or actions based on thresholds (e.g., low voltage).

• APM Pixhawk Power Module Help with battery performance diagnostics and load monitoring.

This level of insight ensures safer flights and more intelligent UAV management.

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Plug-and-Play XT60 Connection

The XT60 connectors included with the APM Pixhawk Power Module are professionally soldered for easy setup:

• The XT60 female connector links directly to your LiPo battery.

• The XT60 male connector plugs into your ESC or power distribution board.

• Installation requires no soldering—just plug battery in, connect the ESC, and bind the telemetry cable to your flight controller’s power port.

This efficient setup minimizes wiring errors and ensures optimal conductivity.

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High Voltage & Current Rating

Rated for up to 28 V and 90 A current, the APM Pixhawk Power Module supports even large drone platforms such as industrial hexacopters or octocopters. It operates reliably under demanding loads, maintaining stable readings even during peak currents. These specs make it suitable for both professional UAV applications and ambitious DIY builds.

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Durable & Compact Design

Despite its advanced capabilities, the APM Pixhawk Power Module remains compact and lightweight, making it ideal for tight build spaces and weight-conscious designs. The PCB and circuitry are encased in a durable housing, and robust wiring ensures long-lasting operation even in vibration-prone drone configurations.

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Clean Wiring & Enhanced Safety

Thanks to its integrated design:

• APM Pixhawk Power Module No need for additional BEC wiring.

• APM Pixhawk Power Module Reduced clutter inside the drone frame.

• APM Pixhawk Power Module Lower risk of short circuits or power loss due to loose connections.

With the APM Pixhawk Power Module, installation is streamlined and safer, especially when compared to multi-component systems.

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🔐 Protecting Your UAV with APM Pixhawk Power Module V6.0

The APM Pixhawk Power Module V6.0 Output BEC 3A XT60 Plug 28V 90A is designed not only to power your drone but also to protect it during every mission. Here’s how it enhances UAV safety:

1. Real-Time Telemetry Alerts

• The module provides continuous monitoring of voltage and current.

• It feeds this data into your APM or Pixhawk flight controller, which then transmits real-time telemetry to your ground station.

• If the system detects low voltage, overcurrent, or any other abnormal power behavior, it instantly alerts the pilot.

• These alerts enable quick decisions mid-flight, such as returning to home before the battery dies, preventing crashes or hardware damage.

2. High-Current Handling Capacity (Up to 90A)

• Designed to handle high current loads, this power module ensures that your drone motors and components receive sufficient power.

• This prevents sudden brownouts or mid-air shutdowns, which are common in high-power drones using insufficient power modules.

• It’s especially important for heavy-lift drones or agricultural UAVs that demand high energy for longer durations.

3. Stable Power Delivery with Built-in BEC (5.3V/3A)

• The onboard Battery Eliminator Circuit (BEC) regulates the voltage output from a high-voltage LiPo battery (up to 28V) to a safe, stable 5.3V output.

• This protects the flight controller and other sensitive electronics from voltage spikes.

• By avoiding power fluctuation, it reduces the chances of the flight controller unexpectedly rebooting mid-air, which can be disastrous.

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✨ Why This Matters

In complex and expensive UAV systems, a stable and safe power supply is non-negotiable. The APM Pixhawk Power Module V6.0 Output BEC 3A XT60 Plug 28V 90A plays a critical role in:

• Preventing power-related failures.

• Ensuring consistent performance.

• Extending the lifespan of your flight controller and battery system.

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Versatile Applications

This power module is suited for a wide array of UAV and robotics builds:

• Recreational quadcopters: Simple plug-and-play setup with clean flight data.

• Professional cinema drones: Protects on-camera gear and ensures controlled landings.

• Industrial agricultural UAVs: Delivers reliable power and large current support during spraying runs.

• Delivery drones: Stable electrical supply for critical in-flight systems.

• Search & rescue craft: Helps maintain mission-readiness with dependable telemetry.

• Marine and freshwater robots: Powers flight controllers in hybrid environments.

• Academic and STEM platforms: Ideal for university labs and research drones.

Whatever the platform, the APM Pixhawk Power Module integrates professional-grade power management without complexity.

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Installing the APM/Pixhawk power module properly ensures safe and efficient power delivery to your flight controller and other onboard electronics.

Step 1: Unbox and Inspect the Module

• Verify that the module is in good condition without any visible damage.

• Ensure all wires are intact and that the XT60 connectors are properly soldered.

Step 2: Power Input Setup

• Identify the XT60 male connector from your drone’s battery.

• Connect it to the XT60 female input port of the power module.

• This input handles voltages up to 28V and current up to 90A.

Step 3: Power Output to ESC or PDB

• Use the other XT60 male plug from the module to connect to your Power Distribution Board (PDB) or directly to your Electronic Speed Controller (ESC).

• Ensure the connection is tight and polarity is correct (positive to positive, negative to negative).

Step 4: Connect to Pixhawk/APM Flight Controller

• Use the 6-wire cable that comes with the module.

• Plug one end into the 6-pin connector on the power module.

• Connect the other end to the ‘Power’ or ‘PM’ port on your Pixhawk/APM flight controller.

• This connection sends regulated 5.3V power and telemetry data (voltage and current readings) to the flight controller.

Step 5: Cable Management

• Route all wires securely using cable ties to avoid interference with propellers or other moving parts.

• Keep wires away from high-power signal lines to avoid electrical noise.

Step 6: Configuration and Calibration

• Power on the system and launch Mission Planner or QGroundControl.

• Navigate to the Power Module Calibration section.

• Calibrate current and voltage sensors using known values or a multimeter.

• Save the calibration values to ensure accurate power monitoring.

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✅ Applications of APM/Pixhawk Power Module V6.0

1. Multirotor Drones

   • APM Pixhawk Power Module This power module is ideal for quadcopters, hexacopters, and octocopters.

   • It ensures clean power delivery to both flight controllers and ESCs, avoiding voltage drops and power noise during high-thrust maneuvers.

2. Fixed-Wing UAVs

   • APM Pixhawk Power Module Suitable for airplanes that require stable current monitoring and voltage regulation to support long-distance autonomous missions.

3. Agricultural Drones

   • APM Pixhawk Power Module Useful in large-scale farming drones for spraying or mapping; helps power mission-critical sensors and controllers efficiently.

4. Survey & Mapping Drones

   • APM Pixhawk Power Module Supports continuous, clean power supply to high-resolution cameras, GPS modules, and telemetry systems, enhancing precision during geospatial mapping.

5. FPV (First-Person View) Racing Drones

   • Offers reliable voltage/current feedback, ensuring consistent performance and preventing mid-air failures during fast-paced drone racing.

6. APM Pixhawk Power Module Industrial Inspection Drones

   • Powers flight control systems and real-time video transmission used for inspections in construction, pipelines, or power lines.

7. Delivery Drones

   • Provides uninterrupted power management for GPS, telemetry, and control units in logistics and delivery drones.

8. DIY RC Projects

   • Perfect for hobbyists and tinkerers building custom remote-controlled vehicles and robotics systems requiring regulated power input/output.

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✅ Advantages of APM/Pixhawk Power Module V6.0

1. Stable Output with 3A BEC

   • APM Pixhawk Power Module Maintains a regulated 5.3V output for the flight controller regardless of input voltage fluctuations, ensuring consistent performance.

2. High Current Handling (Up to 90A)

   • APM Pixhawk Power Module Supports large drones with multiple motors and high load requirements without voltage drops or overheating.

3. XT60 Plug for Secure Connectivity

   • APM Pixhawk Power Module Offers plug-and-play compatibility with most LiPo batteries and ESCs, ensuring tight and safe power connections.

4. Compact and Lightweight Design

   • APM Pixhawk Power Module Easy to install even in smaller drones or compact payload compartments without adding significant weight.

5. Voltage and Current Sensing Capabilities

   • APM Pixhawk Power Module Provides real-time monitoring of voltage and current to the flight controller, aiding in flight time estimation and safety alerts.

6. Universal Compatibility

   • APM Pixhawk Power Module Works seamlessly with APM 2.5/2.6 and all Pixhawk versions, making it a versatile choice for various autopilot systems.

7. Enhanced Safety

   • Filters voltage spikes and power surges, protecting sensitive flight electronics and sensors from damage.

8. Heat-Resistant Build

   • Uses durable materials that resist heat buildup during long flights or high-load situations.

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✅ Installation Guide (Detailed)

1. Gather Required Items

   • APM/Pixhawk power module

   • LiPo battery (3S to 6S)

   • Flight controller (APM or Pixhawk)

   • XT60 compatible cables

   • Heat shrink tubes (optional)

   • Double-sided tape or zip ties

2. Connect Battery to Power Module

   • Use the male XT60 input port to plug in your drone’s battery.

   • Ensure polarity is correct (red for positive, black for ground).

3. Connect Output XT60 to ESC/Power Distribution Board

   • The female XT60 output from the module goes to your drone’s ESC or power distribution board.

   • This powers the motors and other high-current components.

4. Attach 6-Pin JST Cable to Flight Controller

   • Use the 6-pin JST-GH cable to connect the module to the “Power” port of the Pixhawk or APM flight controller.

   • This transmits both power and telemetry data (voltage/current readings).

5. Secure the Module

   • Use zip ties or tape to fasten the module to the drone’s frame to avoid vibrations or loose connections during flight.

6. Test Before Flight

   • Power on the system and check voltage/current readings on the flight controller software (like Mission Planner).

   • Confirm proper power delivery and sensor values.

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✅ Compatibility

1. Flight Controllers

   • APM Pixhawk Power Module Fully compatible with:

     • APM 2.5 / 2.6 / 2.8

     • Pixhawk 1, 2.4.8, 2.1 (The Cube)

     • Other ArduPilot-based systems

2. Battery Type

   • APM Pixhawk Power Module 3S to 6S LiPo batteries (up to 28V input)

3. Connectors

   • APM Pixhawk Power Module XT60 plug compatibility on both input and output

   • JST-GH 6-pin telemetry output to the flight controller

4. ESCs and PDBs

   • APM Pixhawk Power Module Works with any ESC or Power Distribution Board using XT60 or similar connectors.

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✅ Maintenance Tips

1. Inspect Connections Regularly

   • APM Pixhawk Power Module Periodically check XT60 plugs and JST connectors for signs of wear, melting, or loosening.

2. Avoid Overloading

   • APM Pixhawk Power Module Do not exceed 90A current draw. For high-load applications, monitor motor behavior and upgrade if necessary.

3. Clean the Power Module

   • APM Pixhawk Power Module Use compressed air or a soft brush to clean dust or debris from the PCB and connectors.

4. Keep Away from Moisture

   • APM Pixhawk Power Module Use waterproofing methods or enclosures in wet or humid conditions to prevent short circuits.

5. Check Voltage and Current Sensors

   • Use Mission Planner or QGroundControl to confirm sensors are reading accurately; recalibrate if required.

6. Monitor Temperature

   • If the module becomes hot to touch, consider improving airflow or reducing current draw to extend its life.

7. Replace Damaged Cables

   • If the JST or XT60 wires become frayed or damaged, replace them immediately to avoid shorting or brownouts.

8. Store Safely

   • When not in use, unplug from battery and store in a dry, dust-free environment.

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Why Choose Lofty Agrotech

Lofty Agrotech is your trusted partner for advanced UAV components:

• Products are tested and trusted for performance and durability.

• Coimbatore-based operations mean fast local support and shipping.

• Builds reflect a deep understanding of drone needs in agriculture, cinematography, and industrial use.

• Offers post-sales support and expert guidance.

• Committed to quality and local manufacturing excellence.

Choosing the APM Pixhawk Power Module from Lofty Agrotech means reliable power, trustworthy data, and support you can depend on.

1. Introduction

When it comes to agricultural drone technology, choosing the right partner can make or break your farming transformation. The question “Why choose Lofty Agrotech?” is more than valid—it’s essential. Lofty Agrotech, based in Coimbatore, Tamil Nadu, has emerged as a revolutionary brand in agri-tech with drones, accessories, and power systems built for Indian conditions and challenges.

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2. Company Overview

Lofty Agrotech is one of India’s most trusted and fast-growing drone hardware and solution providers. Established with a mission to empower farmers, it has supplied thousands of drone components and frames to both individuals and corporate agriculture sectors.

Key Highlights:

• Headquartered in Coimbatore

• Focused on agricultural drone technology

• Strong digital and offline distribution network

• Expert engineers and support staff

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3. Product Quality & Innovation

Lofty Agrotech offers state-of-the-art drone frames, ESCs, flight controllers, power modules, GPS systems, receivers, and accessories. Each product is curated or built after deep R&D to ensure high durability and performance in Indian terrains.

• Weather-resistant materials

• Extended life span under rugged use

• Compatibility with leading FCs (Pixhawk, APM, etc.)

• In-house designed and tested drone systems

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4. Research & Customization

Lofty invests heavily in R&D to ensure their drones and parts stay ahead of the market. What makes them stand out is their ability to customize components based on:

• Farm size

• Crop type

• Spray requirements

• Payload compatibility

• Motor & frame synergy

They even support custom frame builds for educational and research projects.

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5. Commitment to Indian Farmers

One of the most remarkable things about Lofty Agrotech is their grassroots support for farmers.

• Affordable yet high-quality drone solutions

• Regional language support

• Awareness campaigns about drone farming

• Real field demo sessions

• Government subsidy assistance

Their focus is not just on sales—but on making Indian agriculture smarter.

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6. Extensive Product Range

You’re not limited with Lofty. They offer a full suite of agricultural drone essentials, including:

• Drone frames (E410P, E616P, etc.)

• Multirotor power modules

• GPS & telemetry kits

• High-efficiency ESCs (20A–100A)

• Pixhawk, APM, and Holybro FCs

• Landing gears, plug holders, arms, props

• RTK modules, battery trays, and more

Each product listing is detailed with compatibility, specs, and application.

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7. Quality Control and Certifications

Lofty Agrotech follows stringent quality control at every stage. Products are tested:

• For weight handling

• Temperature resistance

• Plug endurance

• Voltage stability

Most electronics are pre-tested and calibrated, and products carry quality assurance labels, ensuring trust among buyers.

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8. Strong Customer Support

They don’t stop at selling. Lofty has a dedicated tech support team to handle:

• Installation queries

• Drone setup assistance

• Flight tuning

• Product compatibility issues

• Replacement services

Support is available via:

• Phone & WhatsApp

• Email

• Detailed documentation and guides

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9. Training & Education Programs

Lofty collaborates with agri-colleges, drone startups, and engineering institutes to conduct:

• Drone building workshops

• Internships in drone development

• Government-recognized training in agri-drone operation

This makes them a trusted knowledge hub beyond just being a product seller.

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10. Testimonials from Farmers and Experts

Farmers across India—from Punjab to Tamil Nadu—have praised Lofty for helping reduce manual spray time and increase yields.

• “My mango farm saved ₹40,000 in 2 months” – Farmer from Karnataka

• “Lofty’s Pixhawk setup never failed in 18 hectares” – Agri scientist, Coimbatore

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Final Thoughts

The APM Pixhawk Power Module unlike generic components, offers an all-in-one power management solution: regulated BEC, high-current capacity, precise telemetry, and XT60 plugs. It’s a smart upgrade that enhances the reliability, safety, and operational insight of any APM/Pixhawk-based aerial or robotic system.

Make the switch today, and experience smarter, safer flights — powered by Lofty Agrotech’s trusted APM Pixhawk Power Module.

LOOKING FOR MORE? DISCOVER EVERYTHING WITH OFFER AT http://www.loftyagrotech.com

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Before flying, ensure you’re compliant with India’s drone regulations (DGCA DigitalSky Portal).