NEO-7M-000 GPS Receiver
NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5 - Image 2
NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5 - Image 3
NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5 - Image 4
  1. NEO-7M-000 GPS Receiver
  2. NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5 - Image 2
  3. NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5 - Image 3
  4. NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5 - Image 4

NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 Flight Control GPS Module EEPROM MWC APM2.5

  • High-precision GPS module with NEO-7M chip

  • Compatible with APM2.5 and MultiWiiCopter (MWC)

  • Features EEPROM for configuration backup

  • Comes with a ceramic active antenna

  • Plug-and-play with LED indicator

  • 3V to 5V wide voltage support

Product Code: NDGM21 Categories: , Tags: , , , , , , , , ,

Description

NEO-7M-000 GPS Receiver

📦 Product Name:

NEO-7M-000 GPS Receiver

NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 with EEPROM for APM2.5 and MultiWii (MWC)

🔍 Overview:

NEO-7M-000 GPS Receiver  is a compact, reliable, and cost-effective GNSS receiver module based on the u-blox NEO-7M chip. It is designed for drone flight controllers like APM 2.5/2.6, Pixhawk, and MultiWii (MWC) systems. The module includes a built-in EEPROM for configuration storage, a ceramic patch antenna, and standard serial (UART) communication.

This version (V2) improves on earlier iterations with better stability, faster satellite lock times, and compatibility with a wide range of autopilot systems. It is ideal for GPS-based flight modes like Loiter, Return to Home (RTL), and Auto Waypoint Navigation.

✅ Key Features:

Feature Description
GPS Chip u-blox NEO-7M-000 (supports GPS and QZSS)
Antenna Ceramic patch antenna with built-in LNA (Low Noise Amplifier)
Memory EEPROM for saving settings (e.g., baud rate, update rate)
Update Rate Up to 5 Hz (default 1 Hz)
Output Format NMEA 0183 (GGA, RMC, GSA, GSV, etc.)
Communication UART Serial (TX/RX)
Power Supply 3.3V–5V compatible
LED Indicator Shows GPS lock status
Mounting 4-pin interface (VCC, GND, TX, RX)

📈 Performance Specifications:

  • NEO-7M-000 GPS Receiver Position Accuracy: ~2.5 meters CEP

  • NEO-7M-000 GPS Receiver Cold Start Time: ~27 seconds

  • NEO-7M-000 GPS Receiver Hot Start Time: ~1 second

  • NEO-7M-000 GPS Receiver Tracking Sensitivity: –162 dBm

  • NEO-7M-000 GPS Receiver Channels: Up to 56 GPS channels

  • NEO-7M-000 GPS Receiver Protocols: NMEA and u-blox binary

🧠 EEPROM Advantages:

The onboard EEPROM allows users to:

  • NEO-7M-000 GPS Receiver Change GPS settings using u-blox u-center software

  • NEO-7M-000 GPS Receiver Retain baud rate, NMEA sentence selection, and update rate

  • NEO-7M-000 GPS Receiver Avoid reconfiguring the GPS on every power cycle

⚙️ Compatibility:

  • NEO-7M-000 GPS Receiver Flight Controllers: APM 2.5 / 2.6 / 2.8, Pixhawk, MultiWii (MWC), KK2 with GPS adapter

  • NEO-7M-000 GPS Receiver Microcontrollers: Arduino UNO/Mega/Nano, STM32, Raspberry Pi, ESP32

  • NEO-7M-000 GPS Receiver Software Support: ArduPilot, PX4, MultiWii, INAV, Mission Planner, QGroundControl

🧰 Use Cases:

  • NEO-7M-000 GPS Receiver GPS-based quadcopters or hexacopters

  • NEO-7M-000 GPS Receiver Return-to-home and waypoint-based autonomous flight

  • NEO-7M-000 GPS Receiver DIY robotics and mapping systems

  • NEO-7M-000 GPS Receiver Location-aware Arduino or Raspberry Pi projects

  • NEO-7M-000 GPS Receiver Navigation training and drone education platforms

⚠️ Considerations:

  • GPS-only (does not support GLONASS or Galileo—consider NEO-M8N for that)

  • No compass/magnetometer included (external compass needed for full navigation on APM 2.5)

  • Recommended to mount away from power wires and metal surfaces for better accuracy

🏁 Conclusion:

The NEO-7M-000 GPS Module GY-NEO7M V2 with EEPROM is a solid and affordable GNSS solution for flight controllers like APM 2.5 and MultiWii. With its EEPROM support, stable NEO-7M performance, and strong signal reception, it’s ideal for entry-level drones and robotics projects that demand position accuracy and long-term configuration retention.

The NEO-7M GPS Module by LOFTY AGROTECH is a compact and efficient GPS navigation unit, purpose-built for drone and UAV applications. Designed specifically for compatibility with MultiWiiCopter (MWC) and APM2.5 flight controllers, it ensures accurate positioning and stable signal reception, making it ideal for autonomous flight navigation.

This version comes equipped with a ceramic active antenna for enhanced signal quality and a built-in EEPROM that retains configuration parameters even after power-down. The inclusion of a data backup battery ensures reliability during extended use. Installation is easy with a 3mm mounting diameter, and the module features a convenient LED indicator to monitor signal status in real time.

Its small footprint and wide 3V-5V power supply range make it suitable for a wide array of embedded and mobile applications, particularly in the field of aerial robotics.

👉 Click here to shop the NEO-7M GPS Module from LOFTY AGROTECH.

Specifications:

 

Parameter Details
Item Type GPS Module
Main Chip NEO-7M
Supply Voltage (V) 3V to 5V
Baud Rate 9600 bps
Module Size 23mm x 30mm
Antenna Size 12mm x 12mm
Installation Diameter 3mm
Shipping Weight 0.017 kg
Shipping Dimensions 6cm x 5cm x 2cm

📦 Product Name:

NEO-7M-000 NEO-7M GPS Module MWC GY-NEO 7M V2 with EEPROM for APM2.5 and MultiWii (MWC)

🔍 Overview:

The NEO-7M-000 GPS module is a compact, reliable, and cost-effective GNSS receiver module based on the u-blox NEO-7M chip. It is designed for drone flight controllers like APM 2.5/2.6, Pixhawk, and MultiWii (MWC) systems. The module includes a built-in EEPROM for configuration storage, a ceramic patch antenna, and standard serial (UART) communication.

This version (V2) improves on earlier iterations with better stability, faster satellite lock times, and compatibility with a wide range of autopilot systems. It is ideal for GPS-based flight modes like Loiter, Return to Home (RTL), and Auto Waypoint Navigation.

✅ Key Features:

Feature Description
GPS Chip u-blox NEO-7M-000 (supports GPS and QZSS)
Antenna Ceramic patch antenna with built-in LNA (Low Noise Amplifier)
Memory EEPROM for saving settings (e.g., baud rate, update rate)
Update Rate Up to 5 Hz (default 1 Hz)
Output Format NMEA 0183 (GGA, RMC, GSA, GSV, etc.)
Communication UART Serial (TX/RX)
Power Supply 3.3V–5V compatible
LED Indicator Shows GPS lock status
Mounting 4-pin interface (VCC, GND, TX, RX)

📈 Performance Specifications:

  •  NEO-7M-000 GPS Receiver Position Accuracy: ~2.5 meters CEP

  • NEO-7M-000 GPS Receiver Cold Start Time: ~27 seconds

  • NEO-7M-000 GPS Receiver Hot Start Time: ~1 second

  • NEO-7M-000 GPS Receiver Tracking Sensitivity: –162 dBm

  • NEO-7M-000 GPS Receiver Channels: Up to 56 GPS channels

  • NEO-7M-000 GPS Receiver Protocols: NMEA and u-blox binary

🧠 EEPROM Advantages:

The onboard EEPROM allows users to:

  • NEO-7M-000 GPS Receiver Change GPS settings using u-blox u-center software

  • NEO-7M-000 GPS Receiver Retain baud rate, NMEA sentence selection, and update rate

  • NEO-7M-000 GPS Receiver Avoid reconfiguring the GPS on every power cycle  NEO-7M-000 GPS Receiver

⚙️ Compatibility:

  • NEO-7M-000 GPS Receiver Flight Controllers: APM 2.5 / 2.6 / 2.8, Pixhawk, MultiWii (MWC), KK2 with GPS adapter

  • NEO-7M-000 GPS Receiver Microcontrollers: Arduino UNO/Mega/Nano, STM32, Raspberry Pi, ESP32

  • NEO-7M-000 GPS Receiver Software Support: ArduPilot, PX4, MultiWii, INAV, Mission Planner, QGroundControl

🧰 Use Cases:

  • GPS-based quadcopters or hexacopters

  • Return-to-home and waypoint-based autonomous flight

  • DIY robotics and mapping systems

  • Location-aware Arduino or Raspberry Pi projects

  • Navigation training and drone education platforms

⚠️ Considerations:

  • GPS-only (does not support GLONASS or Galileo—consider NEO-M8N for that)

  • No compass/magnetometer included (external compass needed for full navigation on APM 2.5)

  • Recommended to mount away from power wires and metal surfaces for better accuracy

🏁 Conclusion:

The NEO-7M-000 GPS Module GY-NEO7M V2 with EEPROM is a solid and affordable GNSS solution for flight controllers like APM 2.5 and MultiWii. With its EEPROM support, stable NEO-7M performance, and strong signal reception, it’s ideal for entry-level drones and robotics projects that demand position accuracy and long-term configuration retention.

🛰️ Satellite Navigation Explained (Why NEO-7M Matters)

The u-blox NEO-7M chip is a 56-channel GPS engine capable of acquiring and tracking multiple GPS satellites simultaneously. This allows your flight controller or microcontroller to determine its precise geographic location (latitude, longitude), speed, and altitude. It uses the GPS L1 band (1575.42 MHz) and is optimized for quick satellite acquisition, even in marginal conditions.

The V2 revision of this module typically improves upon earlier versions by including:

  • Cleaner PCB layout

  • Improved filtering of power and signal lines

  • Stronger ceramic antenna

  • EEPROM support for configuration retention

📡 EEPROM = Persistent Configuration

In many GPS modules, when you set a custom baud rate or change update frequency, those changes are lost after powering off. With the EEPROM-equipped NEO-7M, you can:

  • Set a higher update rate (e.g., from 1 Hz to 5 Hz)

  • Customize NMEA sentence output (reduce bandwidth usage)

  • Disable unnecessary messages

  • Adjust dynamic model (e.g., “Airborne <1g” for drones)

…and save these changes permanently using u-blox’s u-center software. This makes the NEO-7M a great fit for repeat-deployment systems, such as drones and robots that may reboot frequently or operate in remote areas.

🧭 Compass Support?

NEO-7M-000 GPS Receiver

Unlike some GPS modules, the GY-NEO-7M V2 typically does not include a magnetometer (compass). If your application (like APM or Pixhawk-based drones) requires heading/yaw data, you’ll need to add an external compass module (e.g., HMC5883L) connected via I2C.

For drones, this is especially important, as the GPS only provides heading when the drone is in motion. A compass is required for:

  • Precise yaw control

  • Hover orientation in Loiter mode

  • Correct heading in Return-to-Launch (RTL)

🔌 Electrical & Communication Features

  • Operating Voltage: 3.3V–5V

  • Signal Voltage Level: 3.3V (often 5V tolerant)

  • Default Baud Rate: 9600 bps (adjustable)

  • Protocol: NMEA 0183 (also supports u-blox binary)

  • Data Interface: UART (TX/RX)

  • LED Indicator: Blinks during satellite search; solid when fix is acquired

  • Antenna: Passive ceramic patch antenna with onboard LNA for signal amplification

🛠️ Integration & Setup Tips

  • Mount GPS away from high-current power lines, ESCs, and motors

  • Ensure clear sky view—ideally mounted on a mast or flat plate on drone

  • Always orient the antenna upward

  • Use Mission Planner (for APM) or u-center (for custom settings)

  • If your flight controller doesn’t auto-detect GPS, verify baud rate matches

📋 Quick Pros and Cons

✅ Pros:

  • Affordable and reliable GPS-only receiver

  • EEPROM retains settings after shutdown

  • Good fix accuracy (~2.5m)

  • Compatible with many open-source flight controllers

  • Easy to integrate with Arduino, Raspberry Pi, etc.

❌ Cons:

  • No GLONASS or multi-GNSS support

  • No onboard compass (not suitable for some APM builds without I2C compass)

  • Not as fast or sensitive as NEO-M8N

  • Limited EMI protection in budget versions

🏁 Final Thoughts

The NEO-7M-000 GPS Module GY-NEO 7M V2 is a solid choice for drone builders, hobbyists, and students looking for a reliable, customizable GPS solution with non-volatile memory. While it doesn’t offer the full multi-GNSS capabilities of newer M8N modules, its EEPROM, compact design, and compatibility with APM/MWC systems make it a practical and budget-friendly option for basic autonomous flight and GPS-based embedded applications.

⚙️ Practical Use in Drones and Robotics

The NEO-7M V2 module is commonly used in autonomous UAVs, RC drones, and GPS-based robotics because it supports critical autonomous flight features when integrated with a flight controller like APM or MultiWii. These features include:

  • 📍 Precise Loiter Mode: Maintain GPS lock for stable hovering

  • 📌 Auto Waypoint Navigation: Fly a programmed route via GPS

  • 🔄 Return-to-Launch (RTL): Automatically fly back to takeoff point

  • 🎯 Geo-Fencing: Enforce boundary limits for UAVs

  • 📊 Telemetry Positioning: Live coordinates sent to Ground Control Station (GCS)

While this module doesn’t include a magnetometer, it is still fully usable with APM 2.5/2.6 if you connect an external I2C compass module.

🧰 Setup & Wiring Instructions

Pinout (4-pin typical):

Pin Function Connects To
VCC Power In 3.3V or 5V (from FC)
GND Ground GND
TX Data Out RX of Flight Controller or MCU
RX Data In TX of Flight Controller or MCU

For APM 2.5:

  • Use the UART port for GPS (TX/RX)

  • Use a separate I2C port for compass (external)

For Arduino or Raspberry Pi:

  • Connect TX/RX to software serial or UART

  • Use a library like TinyGPS++ or gpsd

IMPORTANT: Always check voltage compatibility. Most NEO-7M modules can accept 5V input but internally run at 3.3V logic.

🧠 How EEPROM Benefits Projects

Without EEPROM:

  • Every reboot resets settings (baud rate, update rate, message types)

  • You have to reconfigure through code or software every time

With EEPROM (as in GY-NEO-7M V2):

  • Configure once using u-blox u-center software

  • Settings like 5 Hz update rate, minimal NMEA sentences,

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:

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.

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.

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.

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.

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.

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.

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.

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.

Feature Why It Matters
✅ DPIIT-recognition Official credibility and national support
✅ India-ready design Handles dust, heat, and rugged farm terrain
✅ Full ecosystem of parts One-stop for drone assembly & upgrading
✅ Pre-tuned hardware Speeds up deployment without tech hassles
✅ Quick support & spares Minimized downtime in remote locations
✅ Academic collaborations Builds future tech, research, and innovation
✅ High-grade materials Long-lasting and dependable in tough use
✅ User-friendly for all levels Great for experts, educators, and first-timers

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💥 Ready to Get the Best Value for Your Drone Builds?

Whether you’re assembling your first quad or leading a drone R&D lab, Lofty Agrotech ensures your investment goes into quality, not confusion.

💬 Still unsure what fits your budget and performance needs? Talk to our experts—we’ll help you decide without upselling.

🎁 Institutional Support & Educational Offers

At Lofty Agrotech, we believe in empowering innovation through education. As drone technology becomes a cornerstone of engineering, agriculture, and automation studies, we’re committed to supporting students, educators, and institutions with resources that go far beyond commercial transactions.

🎓 Designed for Academia & R&D

We actively collaborate with:

  •  NEO-7M-000 GPS Receiver Engineering colleges for final year drone and mechatronics projects

  •  NEO-7M-000 GPS Receiver Technical universities integrating UAVs into curriculum

  •  NEO-7M-000 GPS Receiver Research institutions and innovation labs exploring drone-based solutions

  •  NEO-7M-000 GPS Receiver Polytechnic and diploma-level institutions for hands-on drone skill-building

🏫 We’ve supported 70+ institutions across India with high-quality parts, build assistance, and curriculum alignment.

🧑‍🏫 Exclusive Educational Discounts

We offer special pricing structures tailored for learning environments:

  • Flat % discounts for verified student and faculty orders

  • Price waivers or bundle deals on bulk quantities and lab kits

  • Custom billing for college purchase departments and project grants

  • GST-compliant invoicing for smooth procurement workflows

💡 Every rupee saved can be invested back into your learning journey.

🧰 Build Kits for Projects, Labs & Hackathons

We supply custom FPV and drone kits designed for:

  •  NEO-7M-000 GPS Receiver Final year projects on AI, computer vision, agriculture drones, etc.

  •  NEO-7M-000 GPS Receiver Hackathons and technical fests where fast assembly and reliable parts matter

  •  NEO-7M-000 GPS Receiver Drone training labs needing repeatable, standard setups for multiple students

  •  NEO-7M-000 GPS Receiver Demo-ready prototypes for academic exhibitions and competitions

Each kit can include:

  • Frame + motors + ESCs + flight controller + camera

  • GPS + battery straps + antennas + GoPro mounts

  • Wiring, build guide PDFs, and phone-based setup assistance

🧩 Tell us your use-case — we’ll build the right kit for your classroom or competition.

🧑‍🔬 Documentation & Tech Support for Reports

We assist students and mentors with:

  • Detailed datasheets and specs for every part purchased

  • Pre-filled or editable bill of materials (BOM) for submission

  • Reference photos, connection diagrams, and PID tuning guides

  • Help with design justification, component selection, and technical write-ups

📘 Save time, avoid confusion, and meet academic documentation standards with our help.

🤝 Long-Term Collaboration Opportunities

For colleges looking to scale their UAV programs, we provide:

  • Campus-wide drone lab setup consultations

  • Mentorship tie-ups with our engineering team

  • Joint research support in AI-agriculture, delivery drones, and aerial surveillance

  • Feature coverage of college builds and success stories on our platforms

📢 Let’s build visibility for your institution while equipping students for tomorrow’s UAV jobs.

🧠 Ready to Partner With Us?

Whether you’re representing a college, lab, startup incubator, or student club, Lofty Agrotech is ready to support your vision with:

✅ Verified brand components
✅ Discounted educational pricing
✅ Technical mentorship
✅ Hassle-free procurement

📩 Contact us today via WhatsApp or email with your institution name, project scope, and component list. We’ll take it from there—professionally and promptly.

✅ Your Trusted FPV Partner in India

At Lofty Agrotech, we’re not just another online drone store—we’re your go-to partner for everything FPV and drone-related. From high-performance gear to educational guidance, we’re here to help you build, fly, learn, and evolve with confidence.

🇮🇳 Made for the Indian FPV Scene

We understand the unique challenges Indian drone pilots and builders face:

  • Import restrictions and part availability

  • Delivery delays from international suppliers

  • Lack of after-sale guidance from foreign retailers

That’s why we built Lofty Agrotech—to provide a local, reliable, and technically strong alternative that delivers both speed and trust.

📦 From Tamil Nadu to Tripura, we’ve shipped high-quality drone parts to over 1200+ Indian locations and counting.

🧠 One-Stop Drone Knowledge Hub

We are more than sellers—we are curators, educators, and enthusiasts who live the drone lifestyle.

  • Frequent product launches & detailed guides

  • Real-world compatibility checks before shipping

  • WhatsApp & email support with actual drone engineers

  • No clones, no confusion—just clean, build-ready components

🛠️ Whether it’s your first drone or your fiftieth, we have something valuable for your journey.

💬 Community Over Commerce

We’ve grown not by pushing sales—but by earning trust:

  • 5-star reviews from students, builders, and professionals

  • Trusted supplier for drone competitions, hackathons, and R&D grants

  • Regularly featured by YouTubers, FPV pilots, and institutions across India

🧑‍🤝‍🧑 At Lofty, you’re not just a customer—you’re part of a mission.

  • 🛡️ We Fly What We Sell

    Every product listed has been tested, reviewed, or recommended by our team. We build our own drones, fly with the same gear, and know what works best for:

    • Freestyle FPV

    • Long-range drones

    • Survey drones for agriculture

    • Academic R&D projects

    🎯 Our credibility comes from hands-on experience, not marketing fluff.

    🔚 Ready to Elevate Your FPV Experience?

    Join the growing tribe of Indian drone builders who trust Lofty Agrotech for quality, clarity, and consistent support. Whether you’re ordering the HGLRC Sector D5, DJI O3 units, or assembling a custom FPV rig—we’ve got your back.

    ✅ Lofty Agrotech – Built by flyers, trusted by builders, and loved by learners.
    💬 Order today, message us anytime, and experience India’s most reliable drone parts platform.

    With thousands of satisfied customers and a growing footprint in India’s drone ecosystem, Lofty Agrotech has become the go-to source for authentic, high-performance, and expertly supported FPV gear.

    From your first flight to your next freestyle banger—we’ve got your back.

    🚀 Ready to Build Like a Pro?

    Take your drone-building journey to the next level with the HGLRC Sector D5 FR 5-Inch Freestyle FPV Frame, now available at Lofty Agrotech—India’s most trusted FPV and drone component partner.

    🛠️ Built for Freestyle. Backed by Professionals.

    Whether you’re a beginner FPV enthusiast or a seasoned pilot looking to upgrade, the Sector D5 offers:

    • Crash-resilient 5mm arms

    • DJI O3 VTX compatibility

    • CNC aluminum side panels

    • Full TPU accessory kit

    • Vibration-isolated camera mount

    • Clean, modular design for easy field maintenance

    All from a verified brand. Delivered by experts. Supported by flyers like you.

    🛒 Order Today from Lofty Agrotech

    When you buy from Lofty Agrotech, you’re choosing:

    • 💯 Original components

    • 🔧 Expert support at every step

    • 📦 Fast, secure delivery across India

    • 💬 Free consultation for part compatibility & build advice

    • 🎓 Special support for students and academic builds

    ✅ In stock now. Limited quantities available. Ships within 24 hours.

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).

🎥 Lofty Agrotech YouTube Channel

Explore Lofty Agrotech’s official YouTube channel for videos showcasing their drone technologies and applications:(Southern Drone OPS)

Certainly! Here’s a comprehensive overview of Lofty Agrotech’s drone offerings and available drone parts:

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