FTYTO / FLYTO Wireless Video Receiver and Transmitter Modules

FTYTO / FLYTO FT3500 3.3GHz 64CH wireless analog video receiver modules, high-power VTX transmitters, and RF hardware: engineering selection for UAV monitoring systems.

FTYTO FT3500 3.3GHz 64CH wireless analog video receiver modules

FTYTO / FLYTO FT3500 receiver modules are engineered for analog video reception across the 3.3GHz spectrum (3060–3500MHz). The board delivers reliable performance across 64 channels with -97 dBm sensitivity and 5V DC supply for goggles and ground monitor stations.

Sixty-four channel frequency grid spanning 3060 to 3500MHz spectrum bands
High radio frequency receiver sensitivity reaching -97 dBm threshold
Stable 5V DC power supply input with built-in switching noise filtering
Shielded compact board footprint engineered for custom ground station builds

FLYTO MODE-VRX-F7 3.3GHz receivers with auto channel scan

FLYTO (FTYTO) MODE-VRX-F7 3.3G receiver units incorporate an onboard microcontroller for automatic scanning and channel locking. The module scans 64 frequencies across 3060–3500MHz, suppresses interference, and outputs a steady video stream to field monitor screens.

One-button automatic sweep function covering 64 frequency channels
Adaptive carrier acquisition firmware eliminating manual frequency trim
Standard 75 Ohm CVBS composite analog video output connector pinout
RF rejection filtering minimizing cross-talk from nearby transmitter units

FLYTO 3.3GHz 2.5W VTX wireless analog video transmitters

FLYTO (FTYTO) 3.3G VTX 2.5W analog video transmitters are built for long-distance video links on uncrewed aerial platforms. The board with 20×20mm mounting hole spacing features a milled metal heat sink ensuring sustained cooling of the output power amplifier stages.

RF output power reaching 2.5W across sixteen selectable channels
Milled aluminum heat sink frame for prolonged thermal dissipation
Standard 20x20mm mounting footprint tailored for stack installation
Wide DC input voltage tolerance compatible with onboard flight power

FLYTO 1.2GHz / 1.3GHz VRX-F3 receivers and SM1313T transmitters

FTYTO / FLYTO 1.2G/1.3G radio hardware includes VRX-F3 stationary receivers, dual-receiver modules for FatShark goggles, and SM1313T 1.6W transmitters. These modules provide strong wave penetration through urban obstacles, foliage, and challenging terrain profiles.

Elevated signal penetration characteristics across 1.2G / 1.3G bands
SM1313T 1.6W transmitters featuring multi-level power adjustability
Plug-in dual receiver boards fitting standard goggle receiver bays
Stable analog video reception across extended long-range links

FTYTO FT1200 multi-band receivers with hardware RSSI output

FTYTO (FLYTO) FT1200 receiver modules operate across 1.2G, 1.3G, 1.7G, and 2.2G bands with hardware RSSI signal telemetry output. Featuring 64 channels, the unit enables operators to monitor RF link strength in real time and orient tracking antenna rotators accurately.

Multi-band reception capability across 1.2G, 1.3G, 1.7G, and 2.2G frequencies
Hardware analog RSSI voltage output for automated antenna tracker units
Sixty-four channel selection grid for comprehensive radio spectrum tuning
Shielded metal enclosure protecting internal circuits from avionics noise

FLYTO 4.9GHz / 5.8GHz / 6.0GHz video transmitter and receiver modules

FLYTO (FTYTO) high-frequency hardware encompasses VTX-F2 3W transmitters, FT1573 400mW micro transmitters, and MM238RW receivers with SPI control. The equipment delivers high-definition analog video feed transmission with minimal latency across volatile airwaves.

High-output VTX-F2 3W video transmitters built for extreme long-range UAVs
Miniature FT1573 400mW 48-channel transmitters for compact racing quadcopters
MM238RW open-architecture receiver boards with SPI bus microprocessor links
Omnidirectional mushroom antennas covering wide 4800 to 6100MHz bandwidths

RF architecture and channel specs of FTYTO / FLYTO FT3500 3.3GHz receiver modules

FTYTO / FLYTO FT3500 receiver modules operating across the 3.3GHz spectrum band are engineered for ground stations, repeater masts, and operator video goggles. The RF front-end features a frequency synthesizer generating a fixed sixty-four channel grid across the 3060 to 3500MHz spectrum.

The receiver sensitivity reaches -97 dBm, enabling steady detection of weak video signals when an aircraft navigates at distant perimeter waypoints. Operating power is stabilized at 5V DC with onboard filtering stages that isolate switching ripple.

A metal enclosure shields sensitive front-end filter networks from electromagnetic fields generated by neighboring telemetry equipment.

Field deployment of FLYTO MODE-VRX-F7 auto-scan receiver hardware

For rapid field deployment of remote monitoring setups, FLYTO (FTYTO) provides MODE-VRX-F7 receiver hardware featuring an automated channel scanner.

Actuating the control button initiates a sequential sweep across 64 frequencies in the 3.3GHz band, measuring carrier amplitude and locking onto active video feeds automatically. This eliminates manual dip-switch configuration during field operations.

The composite 75 Ohm CVBS analog video output connects directly to monitors, portable displays, and recorder units without latency, providing flight personnel with immediate visual telemetry across long operating intervals.

Thermal design and mounting integration of FLYTO 3.3GHz 2.5W VTX units

Analog video transmitters from FLYTO (FTYTO) operating in the 3.3GHz band deliver 2.5W output power for long-distance video downlinks. High power density requires continuous heat removal from the final RF amplifier stages, which is accomplished via an aluminum alloy heat sink frame.

Mounting hole spacing of 20x20mm permits straightforward integration into flight controller stacks directly above power boards.

A wide DC supply input envelope accommodates voltage dips caused by motor acceleration bursts, preventing video dropouts during rapid flight maneuvers through turbulent weather.

Signal propagation advantages of FLYTO 1.2GHz / 1.3GHz hardware series

Lower frequency spectrum ranges of 1.2GHz and 1.3GHz in the FTYTO / FLYTO portfolio include VRX-F3 stationary receivers, SM1313T 1.6W transmitters, and plug-in goggle boards.

Decimeter radio waves exhibit strong diffraction behavior around terrain obstacles, dense foliage, and industrial building walls. SM1313T transmitters offer multi-step output power adjustment to balance link distance against battery consumption.

Dual receiver modules support spatial antenna diversity, attenuating multi-path signal reflections and maintaining image clarity when operating low above forested areas.

RSSI link monitoring and antenna tracking with FTYTO FT1200 receivers

Multi-band receiver boards FTYTO (FLYTO) FT1200 are built for directional antenna systems across 1.2G, 1.3G, 1.7G, and 2.2G frequencies. An analog RSSI voltage output terminal delivers calibrated signal magnitude readings to automated antenna pan-tilt rotators.

This allows ground controllers to steer high-gain directional antennas along flight paths automatically.

Channel selection across 64 frequencies is governed by digital control inputs, allowing automated spectrum scanners and ground monitoring stations to retune RF reception according to operational requirements.

High-frequency 4.9GHz, 5.8GHz, and 6.0GHz video links for dynamic platforms

For agile multirotors and fixed-wing platforms, FTYTO / FLYTO manufactures high-frequency video links including VTX-F2 3W transmitters, FT1573 400mW micro boards, and MM238RW receivers with SPI links. Frequencies from 4.9G to 6.0G afford broad RF bandwidth and compact antenna dimensions.

The MM238RW receiver module supports direct channel register programming from flight controller firmware. Omnidirectional mushroom and cloverleaf antennas deliver uniform circular polarization, minimizing signal nulls during steep banking angles and rapid flight maneuvers.

FTYTO / FLYTO and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of FTYTO / FLYTO and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.