Drone Sensors

ReadytoSky Lightweight Foldable GPS Mount – High-Clearance Antenna Support

Optimize your drone's GPS performance with the ReadytoSky Ultralight Foldable Antenna Mount. Specifically engineered for FPV racers, Toothpick builds, and compact quadcopters like the QAV250, this mount is the perfect solution for pilots looking to elevate their GPS puck away from electrical noise without adding significant bulk.

By positioning your GPS module above the carbon fiber frame and high-current electronics, you significantly reduce interference, leading to faster satellite acquisition and a more reliable "Return to Home" (RTH) failsafe. The 13cm height ensures the antenna clears top-mounted batteries, while the foldable pivot allows you to collapse the stand for easy transport in a backpack.

Key Highlights:

• Ultralight 8g Profile: At just 8 grams, this mount is designed for weight-sensitive builds, providing the benefits of a high-gain antenna position without sacrificing flight agility.

• Interference Isolation: Elevates your GPS/Magnetometer away from the "EMI-noisy" zone of the ESCs and motors, which is critical for accurate GPS-hold and navigation modes.

• Durable Engineering Plastic: Crafted from high-impact composite plastic that is rigid enough to hold its position in flight but flexible enough to absorb vibrations and minor impact energy.

• Space-Efficient Foldable Joint: Features a simple, secure folding mechanism that allows the antenna to lie flat against the frame during transport, preventing the mast from snapping.

• Universal Frame Compatibility: Designed to mount easily to any standard carbon fiber top plate using just two screws, making it a "plug-and-play" upgrade for DIY drone projects.

Technical Specifications

Pro-Builder Tip:

For the best satellite lock, always ensure your GPS module is mounted level on the top plate of the bracket. If you are flying an FPV drone with a high camera tilt, the foldable design allows you to slightly offset the mast to ensure the antenna stays pointing toward the sky while the drone is in forward flight!

Partsbaba Authenticity Guarantee: All ReadytoSky accessories are 100% genuine and original. We offer a 14-day replacement warranty against manufacturing defects, ensuring your drone's navigation system remains rock-solid.

JIYI Flow Meter Sensor for Agriculture Drone Spraying Systems

The JIYI Flow Meter Sensor is a precision liquid flow sensor designed for agricultural drone spraying applications. It accurately measures the flow rate of liquids passing through the spraying system and sends real-time pulse signals to the flight controller. This enables precise control over pesticide, fertilizer, herbicide, and nutrient application, helping improve spraying efficiency while minimizing chemical wastage.

Compatible with JIYI flight controllers, including the K++ series, this flow meter is ideal for modern agriculture drones that require reliable and consistent liquid flow monitoring.

Key Features

• Accurate Flow Measurement – Measures liquid flow precisely to ensure uniform spraying across the field.
• Real-Time Data Output – Continuously transmits flow information to the flight controller for automatic spray regulation.
• Wide Operating Range – Suitable for various agricultural liquids such as water, pesticides, herbicides, fertilizers, and micronutrients.
• Compact & Lightweight – Designed specifically for UAV spraying systems without adding unnecessary payload.
• Easy Installation – Integrates seamlessly with JIYI spraying systems and compatible agricultural drone controllers.
• Reliable Performance – Stable pulse output ensures consistent operation during long spraying missions.
• Durable Construction – Built to withstand demanding agricultural environments, including dust, moisture, and varying weather conditions.

Technical Specifications

Benefits

• Ensures consistent and accurate chemical application.
• Helps reduce chemical wastage by maintaining the correct flow rate.
• Supports efficient precision agriculture operations.
• Provides stable pulse output for reliable communication with the flight controller.
• Suitable for continuous field operations with minimal maintenance requirements.
• Designed for dependable performance in harsh agricultural environments.

Applications

The JIYI Flow Meter Sensor is suitable for a variety of liquid dispensing applications, including:

• Agricultural spraying drones
• Fertilizer and pesticide application systems
• Herbicide and fungicide spraying
• Water distribution UAVs
• Precision farming equipment
• Research and testing platforms for liquid delivery systems

Package Includes

• 1 × JIYI Flow Meter Sensor

Safety & Installation Guidelines

• Calibrate the flow meter before operation for optimal performance.
• Operate only within the specified voltage, pressure, and temperature limits.
• Ensure the wiring is connected correctly:
  • Red: Positive (+)
  • Black: Ground (-)
  • Yellow: Signal
• Flush the sensor with clean water after use to prevent residue buildup.
• This product is intended for agricultural and industrial liquid flow monitoring applications.

Why Choose the JIYI Flow Meter Sensor?

The JIYI Flow Meter Sensor is an essential component for agricultural drone spraying systems, delivering accurate liquid flow monitoring and stable signal output for precise spray control. Its compact design, durable construction, and compatibility with JIYI flight controllers make it an excellent choice for improving spraying accuracy, reducing chemical waste, and enhancing overall operational efficiency in precision agriculture.

Pro-Range Q250 DIY Quadcopter Drone Kit for Beginners

The Pro-Range Q250 DIY Quadcopter Drone Kit is a practical and educational drone-building platform designed for beginners, students, hobbyists, and drone enthusiasts. Built around a durable Q250 carbon fiber frame, a powerful GOKU F722 Pro V2 flight controller stack, and high-performance MT2204 2300KV brushless motors, this kit offers an excellent balance of stability, durability, and flight performance.

Whether you're learning drone assembly, soldering, wiring, Betaflight configuration, or basic flight control principles, this kit provides hands-on experience before progressing to advanced FPV racing or freestyle drones. Its modular design also allows future upgrades and customization.

Key Features

• Lightweight and durable Q250 carbon fiber frame

• GOKU F722 Pro V2 32-bit Flight Controller with 55A ESC Stack

• High-performance MT2204 2300KV brushless motors

• Supports 3S–4S LiPo and Li-ion batteries

• Betaflight firmware compatible

• Stable X-configuration frame layout

• Ideal for drone learning, training, and experimentation

• Modular architecture for easy maintenance and upgrades

• Suitable platform for future FPV expansion

Specifications

Frame

• Type: Q250 X-Configuration

• Material: Carbon Fiber

• Wheelbase: 250 mm

Flight Controller & ESC

• Model: GOKU F722 Pro V2 Stack

• MCU: STM32 F7

• ESC Rating: 55A, 32-bit

• Firmware Support: Betaflight Compatible

• Mounting Pattern: 30 × 30 mm

Motors

• Model: MT2204

• KV Rating: 2300KV

• Type: Brushless Motor

• Rotation: Dedicated CW & CCW

Propellers

• Size: 5-inch (5152)

• Rotation: CW / CCW

Battery (Not Included)

• Supported Types: 3S–4S LiPo / Li-ion

• Recommended Capacity: 2500–5500 mAh

• Connector Type: XT60

Package Includes

• 1 × Q250 Carbon Fiber FPV Frame (250 mm)

• 1 × GOKU F722 Pro V2 Flight Controller + 55A ESC Stack

• 2 × Readytosky MT2204 2300KV Brushless Motors (CCW – Silver Cap)

• 2 × Readytosky MT2204 2300KV Brushless Motors (CW – Black Cap)

• 1 × Set of Pro-Range 5152 Propellers (2 CW + 2 CCW)

• 1 × 20 cm LiPo Battery Strap

• 20 × M3 × 6 mm Allen Bolts & Nuts

• 2 × 26 AWG Single-Core Teflon Wires (1 Meter Each)

Important Notes

• Radio transmitter, receiver, FPV camera, video transmitter (VTX), and FPV goggles are not included.

• This kit is configured for the FlySky FS-i6S 2.4GHz transmitter. Users employing different transmitters may need to perform additional channel mapping and calibration in Betaflight.

• Battery is not included. Ensure battery dimensions do not exceed 144 × 44 × 44 mm (L × W × H).

• Proper soldering is required for safe and reliable operation.

• Always remove propellers before motor testing or configuration in Betaflight.

• Follow all local drone regulations and operate only in safe, open environments.

• Recommended primarily for educational, training, and learning purposes before advanced FPV or aggressive flight applications.

The LIDAR-Lite v4 LED is a high-performance, compact optical distance sensor designed for modern embedded and wireless applications. Built for precision and efficiency, it delivers accurate short-range distance measurements up to 10 meters while maintaining low power consumption and a lightweight form factor.

What sets this sensor apart is its integrated wireless capability, powered by ANT® technology and Bluetooth®, enabling seamless communication with compatible devices without the need for complex wiring. Whether used as a standalone unit or integrated into a custom system, it provides unmatched flexibility for developers and OEM applications.

At its core, the sensor features a powerful nRF52840 processor, allowing it to run preloaded applications right out of the box or be fully customized for advanced use cases. Developers can easily interface using I2C or wireless communication, making it ideal for rapid prototyping and scalable deployments.

Designed for versatility, the LIDAR-Lite v4 is perfect for applications where size, weight, power efficiency, and wireless capability are critical.

Key Features

• High-performance optical distance measurement up to 10 meters
• Wireless communication support via ANT® and Bluetooth® technology
• Ultra-compact, lightweight, and low-power design
• Built-in nRF52840 processor for standalone or custom applications
• I2C interface for easy wired integration with microcontrollers
• Highly configurable and customizable operation
• Over-the-air (OTA) updates via Bluetooth®
• Can operate standalone or with external microcontrollers

Applications

• Robotics and Automation
• IoT (Internet of Things) Devices
• Unmanned Vehicles (Drones, Rovers)
• Obstacle Detection & Avoidance
• Smart Sensing Systems
• Industrial and OEM Solutions

The Readytosky Ublox NEO M8N GPS with Compass offers precise positioning for Pixhawk flight controllers. With multi-constellation support and low power consumption, it ensures superior accuracy and reliability for drone navigation. 

Ublox NEO-M8N GPS with built-in compass delivers precision navigation for APM flight controllers. Supports GPS, GLONASS, and BeiDou systems, offers 0.6m accuracy, and features low power consumption, fast signal acquisition, and robust durability. 

The Ublox NEO M8N GPS module for Pixhawk flight controllers delivers high precision positioning, multi-GNSS support, and a built-in compass for enhanced UAV navigation. Low power consumption ensures efficient performance.

Technical Specifications

The PDRL NamoAG Precision GPS/GNSS Module is a high-performance navigation solution specially designed for modern agriculture drones and precision UAV applications. Engineered to provide reliable, accurate, and stable positioning, this module supports multi-constellation satellite tracking to ensure strong signal availability and dependable navigation in dynamic field environments.

With 1.5m CEP positioning accuracy, a high-sensitivity compass, built-in SAW filters and LNA, and support for the DroneCAN communication protocol, the NamoAG module enables precise flight control, accurate heading detection, and smooth autonomous agricultural operations.

Its compact and lightweight design makes it ideal for integration into advanced drone platforms used for precision spraying, mapping, surveying, and autonomous field missions.

Key Features

• Supports multi-constellation GNSS tracking for reliable satellite reception
• Provides high positioning accuracy of 1.5m CEP
• Equipped with u-blox NEO-M9N receiver for stable navigation performance
• Includes built-in SAW filters and LNA to reduce signal noise and interference
• Features a high-sensitivity compass for accurate heading detection
• Uses DroneCAN output protocol for real-time, noise-resistant communication
• Compact and lightweight design for easy drone integration
• Optimized for agriculture drones and precision UAV operations

Technical Specifications

Why Choose NamoAG GPS/GNSS Module?

The PDRL NamoAG GPS/GNSS Module is built for UAV systems that demand accurate navigation, reliable heading information, and robust field performance. Its support for multiple satellite constellations, high-accuracy positioning, and DroneCAN connectivity makes it a dependable solution for advanced drone applications in agriculture and surveying.

Whether you are deploying drones for spraying, field mapping, crop monitoring, or autonomous missions, this module provides the navigation precision and signal stability required for efficient and safe operations.

Applications

Suitable for:

• Agriculture drones
• Precision spraying drones
• Surveying UAVs
• Mapping drones
• Autonomous field operation drones
• Precision farming systems

Key Advantages

• Reliable satellite connectivity
• Accurate real-time positioning
• Improved signal clarity and reduced interference
• Stable heading detection
• Compact and lightweight for UAV integration
• Designed for demanding agricultural drone environments

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