Radiolink SE100 GPS with GPX holder

Parameter	Details
Item Type	GPS Module
Model	SE100
GPS Chipset	u-blox M8N
Compass	QMC5883L Digital Compass
Navigation Systems	GPS, GLONASS, BeiDou, QZSS
Power Supply	5VDC ± 5%
Velocity Precision	0.1 m/s
Max Height	50,000 m
Max Speed	515 m/s
Max Acceleration	4G
Navigation Update Rate	10 Hz
Sensitivity (Tracking/Nav)	–167 dBm
Sensitivity (Reacquisition)	–163 dBm
Cold Start Sensitivity	–151 dBm
Hot Start Sensitivity	–159 dBm
Time to First Fix	Cold: 26s, Hot: 1s
Module Dimensions	4.7 × 4.7 × 1.5 cm
Shipping Weight	0.103 kg

⚙️ Technical Specifications (GPS Unit):

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🧲 GPX Holder (GPS Mount) Features:

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✅ Compatibility:

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🎯 Key Benefits:

• ✔️ Radiolink GPS with Holder  Fast satellite lock (cold start: ~30 sec, hot: <2 sec)

• ✔️ Radiolink GPS with Holder Foldable mount keeps GPS away from EMI sources

• ✔️ Radiolink GPS with Holder  High update rate suitable for both FPV and Auto modes

• ✔️ Radiolink GPS with Holder  Compact and lightweight — ideal for mid- to large-size drones

• ✔️ Radiolink GPS with Holder  Stable yaw and compass readings from QMC5883L

• ✔️ Radiolink GPS with Holder Dual GNSS + Compass in one compact module

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🛠️ Installation & Usage:

1.  Radiolink GPS with Holder Mount GPX holder onto drone’s top plate using screws or zip ties.

2.  Radiolink GPS with Holder Stick or screw SE100 GPS onto top of mount.

3.  Radiolink GPS with Holder Align GPS arrow to face forward (same direction as drone’s nose).

4.  Radiolink GPS with Holder Connect UART to GPS port, and I2C to compass port (if using Pixhawk).

5.  Radiolink GPS with Holder Perform compass and GPS calibration using Mission Planner or Radiolink Assistant.

Tip: Always keep GPS wires away from ESCs or power cables to reduce interference.

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📦 Box Contents (Varies by seller):

•  Radiolink GPS with Holder 1× Radiolink SE100 GPS Module

•  Radiolink GPS with Holder 1× GPX GPS Foldable Mount

•  Radiolink GPS with Holder 1× Double-sided foam tape

•  Radiolink GPS with Holder 1× Mounting screws or zip ties

•  Radiolink GPS with Holder 1× Calibration/Quick start guide (optional)

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📊 Performance Comparison:

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🧪 Use Case Examples:

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❗ Things to Know:

• Not waterproof – protect with dome cover if flying in rain

• Compass must be calibrated after installation

• May not support dual GPS setup (single UART/I2C input)

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🧾 Conclusion:

The Radiolink SE100 GPS with GPX Holder is a reliable, plug-and-play GPS + compass solution tailored for Radiolink and Pixhawk-based drones. It offers fast satellite acquisition, improved heading accuracy, and a foldable mount that enhances both performance and portability. Perfect for aerial mapping, training drones, and hobby UAVs that demand precision without complexity.

🛰️ Radiolink SE100 GPS Module with GPX Foldable Holder – Advanced Extended Description

The Radiolink SE100 GPS with GPX Holder is a high-performance dual-system navigation solution, purpose-built for stable, EMI-free GPS and compass operation in compact drone platforms. Combining multi-GNSS support, a fast 5Hz refresh rate, and a foldable elevated holder, it ensures you receive accurate positioning and heading information even in complex aerial environments.

Designed for compatibility with Radiolink and mainstream flight stacks like Pixhawk, PX4, APM, and ArduPilot, the SE100 + GPX combo delivers flight-critical reliability across use cases like agricultural mapping, autonomous path tracking, FPV failsafe return, and academic drone development.

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🌐 Enhanced Satellite Communication & Orientation Precision

The SE100 GPS module utilizes a u-blox M8N-compatible chipset, fine-tuned by Radiolink, enabling GPS + GLONASS + Galileo + QZSS reception. In parallel, its built-in QMC5883L compass provides real-time yaw and orientation data to the flight controller, allowing precise flight behavior even under challenging environmental conditions.

Coupled with the GPX foldable GPS mount, the GPS module is:

• Isolated from EMI-heavy components (motors, ESCs, PDBs)

• Physically aligned with the drone’s frame for accurate yaw reference

• Elevated for unobstructed sky visibility, improving satellite acquisition and reducing GPS multipath errors

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🛩️ Flight Behavior Enhancements

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🧱 Hardware & Installation Advantages

• 🔧 Radiolink GPS with Holder  Plug-and-play for Radiolink flight controllers

• 🔩 Radiolink GPS with Holder  GPX mount folds flat for field transport and storage

• 🧲 Radiolink GPS with Holder Non-metallic housing prevents magnetic interference

• 🧯 Radiolink GPS with Holder GPS foam pad included for anti-vibration placement

• 🔌 Radiolink GPS with Holder  Locking JST connectors prevent accidental wire disconnection during flight

Installation Notes:

•  Radiolink GPS with Holder Mount the GPX holder at the center of the top plate or battery tray.

•  Radiolink GPS with Holder Align the GPS arrow with the forward-facing direction of your drone.

•  Radiolink GPS with Holder Keep GPS/I2C wires twisted and away from high-current paths.

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🛠️ Customization Potential

You can further tailor the setup for your drone:

• 🖨️ Radiolink GPS with Holder  Add a 3D-printed RTK adapter plate for GPS + RTK stack

• 🧽 Radiolink GPS with Holder  Use vibration-isolation gel or mounts for heavy-lift UAVs

• ⚙️ Radiolink GPS with Holder  Replace GPS mount screws with quick-release clips for modular drone labs

• 🌦️ Radiolink GPS with Holder  Attach a transparent GPS dome to weatherproof your SE100 module

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📦 What You Might Receive in the Package:

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🔌 Connection Diagram Summary (Pixhawk Example)

Tip: Use Mission Planner or Radiolink Assistant to calibrate the compass immediately after installation for best results.

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🧪 Real-World Application Use Cases

1.  Radiolink GPS with Holder Agricultural UAVs: Ensures precise path flying during terrain-follow or crop-spraying missions.

2.  Radiolink GPS with Holder Mapping Drones: Improves positioning data during photogrammetry with faster fix and tighter hold.

3.  Radiolink GPS with Holder FPV Quadcopters with GPS Rescue: Enhances fail-safe return accuracy during signal loss.

4.  Radiolink GPS with Holder University Drone Kits: Simplifies installation and calibration, great for teaching UAV system integration.

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📊 SE100 + GPX Performance Snapshot

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✅ Conclusion

The Radiolink SE100 GPS with GPX Mount Holder is a compact, efficient, and intelligent solution for drones requiring high-precision positioning and compass input. Lightweight, fast, and easy to integrate, it’s suitable for use in everything from FPV builds to autonomous survey UAVs. Its foldable mount not only enhances performance but also provides field durability and modularity, making it ideal for students, professionals, and drone builders alike.

🛰️ Radiolink SE100 GPS Module with GPX Foldable Mount – Expert-Level System Overview

The Radiolink SE100 GPS paired with a GPX Foldable GPS Mount Holder is a cutting-edge navigation suite engineered to meet the needs of precision UAV operations. Designed for both recreational and mission-critical applications, this combo elevates standard GNSS performance by combining multi-band satellite tracking, stable heading output, and electromagnetic interference isolation in a compact, foldable, and field-ready solution.

Whether you are deploying a single autonomous mapping drone or managing an entire fleet of UAVs for agricultural surveying, the SE100 module with its professional-grade mounting system ensures reliability, repeatability, and robust signal integrity.

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⚙️ Deep Dive: GPS Architecture + Signal Stack

The SE100 is built to handle rapid dynamic changes in position and orientation—ideal for fast-moving drones, VTOLs, and high-payload survey quads.

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🧲 Precision Compass + Foldable Isolation Mount

🔍 Why Use the GPX Foldable Mount?

Electromagnetic interference (EMI) from motors, ESCs, PDBs, and carbon fiber can cause:

• Radiolink GPS with Holder Compass drift

•  Radiolink GPS with Holder “Toilet bowl” effect during Loiter

•  Radiolink GPS with Holder Return-to-home deviations

•  Radiolink GPS with Holder Inaccurate mission yaw and heading behavior

The GPX Holder mitigates these by:

•  Radiolink GPS with Holder Elevating the GPS module ~10–12 cm above the drone frame

•  Radiolink GPS with Holder Creating physical clearance from EMI-heavy components

•  Radiolink GPS with Holder Reducing multipath signal reflection from metal surfaces

•  Radiolink GPS with Holder Folding flat for transport and protection without disassembly

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🛠️ Fleet Operations & Swappable Deployment

For drone teams managing multiple aircraft (e.g., in agriculture, photogrammetry, or disaster mapping), the SE100 + GPX setup is:

• ✅ Radiolink GPS with Holder  Modular – Easily removed and reinstalled between drones

• ✅  Radiolink GPS with HolderColor-codable – Use mount variants to ID specific GPS units

• ✅ Radiolink GPS with Holder  Quick-deploy – Secure with screws or zip ties in under 60 seconds

• ✅ Radiolink GPS with Holder  Cross-platform ready – Functions on Pixhawk 2.4.8, Cube, Radiolink FCs, and many INAV-supported controllers

Example Setup:

Drone 1 (Mapping): SE100 for precision flight pathing
Drone 2 (Inspection): Swap GPS mount without rewiring
Drone 3 (RTK Testing): Use same GPX mount with RTK GNSS head

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🔍 Extended Use Case Matrix

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🧪 Sensor Synergy with ArduPilot/PX4:

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📦 Total Package Contents (Typical Kit):

• 1× Radiolink SE100 GNSS + Compass Module

• 1× GPX Foldable GPS Holder (Top plate + Hinge + Base)

• 1× Anti-slip foam pad or gel tape

• 1× 6-pin to 6-pin UART/I2C connector (Radiolink standard)

• 1× Optional zip tie or screw set

• 1× Quick start instruction leaflet

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📊 Performance at a Glance

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✅ Why This Combo Matters

• ✔️ Improves positional integrity for GPS-mode flights

• ✔️ Reduces magnetic errors & “yaw jumps” during auto missions

• ✔️ Mount’s foldable nature enhances durability in field handling

• ✔️ No software drivers needed – plug-and-play in most modern FCs

• ✔️ Suitable for fleet operations, drone labs, and OEM assembly

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🏁 Conclusion

The Radiolink SE100 GPS with GPX Foldable Mount is a complete, field-proven GNSS navigation module that eliminates the typical pitfalls of drone GPS integration. Whether you’re training students, building autonomous drones, or deploying large-area mapping UAVs, this combo offers the best of both worlds: accurate navigation data + robust mounting and EMI isolation — all at a compact weight and low power footprint.

Why Choose Lofty AgroTech?

When building or servicing agricultural drones in India, Lofty AgroTech stands out as a reliable and innovative partner. Here’s a comprehensive breakdown of why we choose Lofty AgroTech:

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1️⃣ DPIIT-Recognized Innovation

• Lofty AgroTech is officially recognized by the Department for Promotion of Industry and Internal Trade (DPIIT), Govt. of India.
  🏅 This certification ensures quality, credibility, and government endorsement as a genuine Indian AgriTech innovator.

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2️⃣ Tailored for Indian Farming Conditions

• Their drone components—including GPS modules, landing gear, frames, and spraying systems—are designed and tested for Indian climates:

  • Heat, dust, and humidity-resistant

  • Compatible with crops like paddy, cotton, and sugarcane

• Engineered specifically for Indian fields, not generic imports.

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3️⃣ Complete Hardware Ecosystem

• Lofty AgroTech provides GPS modules, drone frames, landing gear, sprayer accessories, flight controllers, and telemetry—all under one roof.

• Ideal for building integrated systems that work seamlessly together from day one.

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4️⃣ Plug-and-Play Convenience

• Products like the NZ Mini GPS Module are pre-configured for Betaflight/Cleanflight, and hardware parts fit standard UAV systems perfectly.

• No firmware flashing or awkward adapters—just plug, play, and fly.

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5️⃣ Strong Local Support & Spare Parts

• Fast shipping across India without customs delays.

• Dedicated after-sales support via phone or chat—real help when you’re in the field or repairing.

• Access to common spares, making downtime less likely.

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6️⃣ Academic & Startup Partnerships

• Lofty AgroTech collaborates with colleges, R&D centers, and agri-tech startups, providing drone kits, hardware training, and workshops.

• Their products are trusted in STEM labs, contests, innovator incubators, and proof-of-concept tests.

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7️⃣ Proven Quality & Real-World Performance

• Uses industrial-grade components like u‑blox GPS chips, carbon fiber, and rugged nylon.

• Field-tested in Indian conditions to ensure reliability for crop spraying, mapping, and monitoring.

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8️⃣ Educator & Builder-Friendly

• Their hardware encourages hands-on learning and experimentation without requiring advanced drone expertise.

• Ideal for drone clubs, agricultural training, hobbyist builders—even first-time users.