Product Description:
Upgrade your drone’s communication backbone with the high-performance receiver designed to work seamlessly with the Skydroid T12 remote system. This 12-channel long-range receiver is built for demanding drone operations — especially in agricultural UAVs, survey drones, and industrial inspection platforms — where reliability, transmission distance, and clean data links matter.
✅ Key Features & Benefits
12 Channels of Full Control
Enables complex payload functions, multiple modes, switch control and failsafe settings — perfect for drones that manage sprayers, sensors, cameras or other active systems. ManoharYug+2spectracore.in+2
2.4 GHz FHSS Technology with Dual Antennas
Uses Frequency Hopping Spread Spectrum and high-gain dual antenna modules to minimize interference and maximize signal integrity — crucial when flying over large agricultural fields or in industrial zones. uavkart.com+1
Long-Range Transmission Capability
Designed to support data links and telemetry for ranges up to ~20 km (video) / ~30 km (data) in optimal conditions, making it suitable for remote operations. spectracore.in+2RCProduct.in+2
Low Current Consumption & Compact Housing
With a modest current draw (≈140 mA typical) and lightweight construction, it integrates well into drone fuselages without adding significant weight or load. Moglix
Seamless Integration with Flight Controllers
Offers SBUS, PPM output compatibility and standard voltage input (4.5-5.5 V), enabling easy connection to common flight controllers used in industrial/agricultural UAVs. ManoharYug
Robust Build for Harsh Environments
Manufactured to withstand outdoor conditions — dust, vibration, long land/launch cycles, chemical exposure (common in agro-spraying) — thereby reducing downtime and improving mission reliability.
🔧 Technical & Compatibility Details
Model: Skydroid T12 Receiver (for the Skydroid T12 transmitter system)
Channels: 12-channel control capability for multiple inputs and outputs
Frequency Band: 2.400 – 2.4833 GHz (2.4 GHz FHSS) aerokartindia.in+1
Current Draw: Approx. 140 mA typical operating current. Moglix
Input Voltage: 4.5–5.5 V (typical from flight-controller power rail) Moglix
Range (Optimal Conditions): Video Tx up to ~20 km; Data link up to ~30 km RCProduct.in+1
Package Contents: Receiver module + dual antennas + connection wires (check variant)
Application: Compatible with multi-rotor agricultural drones, fixed-wing survey UAVs, industrial inspection drones and custom drone builds requiring high-channel capacity and long-range reliability.
🌾 Why This Receiver Matters in Your Drone Setup
In commercial agricultural and industrial drone operations, every control signal, mode switch or data telemetry link must be dependable. A failure in communication can lead to mission aborts, equipment damage or safety risks. This receiver helps ensure you get:
Stable, interference-resistant control for long-distance flights over remote fields.
Full channel access so you can manage complex payloads (e.g., spray pump control, flow rate, camera gimbal, landing gear) without hardware limitations.
Flight-controller compatibility so you can integrate easily into your existing UAV stack, reducing retrofit cost & complexity.
A link that’s built for real-world conditions — dust, vibrations, chemical exposure — so less downtime and lower maintenance cost.
For drone operators offering spraying, mapping or inspection services, investing in a quality receiver like this is a small cost compared to mission failure or repair costs.
🛠 Ideal Use Cases & Customer Segments
Agricultural drone operators using multi-rotor spray systems who need reliable remote link for spray activation, flow monitoring and telemetry.
Fleet managers in India operating multiple drones and needing standardized radio link systems for maintainability and spare-part consistency.
Drone maintenance workshops stocking advanced receiver modules for quick replacement in field repairs.
UAV integrators building advanced drones (survey, mapping, industrial inspection) requiring 12-channel control, long range and robust performance.
🧭 Installation & Best-Practice Tips
Mounting Guidelines: Place the receiver away from high-current power cables, motors and ESCs to reduce electromagnetic interference. Use rubber mounts or isolation pads if vibration is high.
Antenna Positioning: Fully extend the dual antennas at recommended angles (often ~90° to each other) for optimal omnidirectional coverage. Clear line-of-sight gives best performance.
Powering: Use a clean 5 V rail from your flight controller or BEC. Ensure correct polarity and avoid voltage spikes during motor start-up.
Binding & Channel Setup: Follow the binding procedure with the T12 transmitter, calibrate stick travel, assign functions for cameras, spray pumps, modes etc.
Failsafe Configuration: Configure failsafe behaviour (e.g., return-to-home, land) in the flight controller and ensure suspension of actuator outputs in case of signal loss.
Range Test: Before mission use, perform a range test in open area and check telemetry link stability at expected operational distances.
Periodic Inspection: In agro-spraying scenarios, inspect the receiver module and antennas for chemical residue, dust build-up, or mechanical damage after each campaign.
 
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