Kimpok Analog Transmitter KP-T3335

Kimpok KP-T3335 Analog FPV Video Transmitter 3.3GHz

The Kimpok KP-T3335 is a powerful analog FPV video transmitter designed for drones, UAV platforms, and custom hobby projects that need stable video transmission in the 3.3GHz band. With 24 channels available across the 3170-3480MHz range and selectable output power up to 3500mW, this VTX gives FPV builders the flexibility to fine-tune their setup for different receivers, antennas, and flight conditions.

If you are building an analog FPV system and want low-latency video, a strong signal, and an alternative to the crowded 5.8GHz band, the KP-T3335 is a great choice. Its 7-36V DC input range, IRC Tramp support, and 20 x 20mm mounting pattern make integration easier in a wide variety of drone and UAV builds.

Key Features

• Analog FPV video transmitter for drones, UAVs, and custom airborne projects
• 3.3GHz operating band for specialized FPV video setups
• 24 channels in the 3170-3480MHz frequency range
• Selectable output power: 25mW / 2000mW / 3500mW
• Maximum power output: 3.5W
• Low-latency analog video transmission ideal for real-time flying
• IRC Tramp compatible for convenient VTX control in supported systems
• Wide input voltage: 7-36V DC
• 20 x 20mm M2 mounting for easy installation in many FPV frames
• Compact and lightweight design at approximately 24.5g

Adjustable Power up to 3500mW

One of the biggest advantages of the Kimpok KP-T3335 is its adjustable transmission power. You can choose between 25mW, 2000mW, and 3500mW, making it easier to match the transmitter to your build, test bench, or long-range-style setup. Whether you need a lower-power setting for initial testing or maximum signal strength for more demanding applications, this transmitter gives you room to experiment and optimize.

• Up to 3500mW output for demanding FPV configurations
• Three power levels for flexible setup tuning
• Strong analog signal for smooth live video performance
• Great for hobby FPV and UAV projects with custom video links
• More freedom than standard 5.8GHz systems in specialized builds

24 Channels in the 3170-3480MHz Range

The KP-T3335 operates in the 3.3GHz band and offers 24 working channels across a broad 3170-3480MHz range. This gives hobbyists and FPV enthusiasts more flexibility when matching the transmitter with a compatible receiver and antenna system. It is especially useful in custom installations where frequency planning and system compatibility matter.

• 3.3GHz band for advanced and less common FPV setups
• 3170-3480MHz frequency range for better system matching
• 24 channels for more configuration options
• Stable analog video link with the right receiver and antenna combination
• Designed for analog camera transmission in drone and UAV systems

IRC Tramp, 7-36V Input and 20 x 20mm Mounting

With IRC Tramp support, the Kimpok KP-T3335 can be managed more conveniently in compatible FPV setups. The 7-36V DC input range allows for easier integration into different power systems, while current draw of up to 1.8A should be considered when planning your build. The 20 x 20mm M2 mounting pattern and compact dimensions help the unit fit neatly into drone frames and custom transmission modules.

• IRC Tramp support for easier settings control
• 7-36V DC input for flexible power integration
• Current draw up to 1.8A for proper power planning
• 20 x 20mm M2 mounting compatible with popular FPV layouts
• Approx. 24.5g weight with a solid power-to-weight ratio

Technical Specifications

What’s in the Box and Typical Use

The Kimpok KP-T3335 is aimed at hobby users building an analog 3.3GHz FPV system who need adjustable output power, broad channel selection, and a compact VTX format. It works well in FPV drones, UAV test platforms, and custom projects where the user selects the receiver, antenna, and other video link components independently.

• Kimpok KP-T3335 analog transmitter - 1 pc

Note: Before powering on the transmitter, always connect a compatible antenna, use a receiver that supports the same frequency range, and provide stable power with sufficient current capacity. Be sure to check whether your selected frequency and transmission power comply with local radio regulations.