Product overview
The Kimpok T67, designated THOR T67, is a drone video transmitter for professional FPV flight and long-range image transmission. Its applications include FPV racing, aerial photography and industrial drone work such as inspection, mapping and security monitoring. Operating across 6110 - 7210 MHz, it provides nine frequency bands and 72 channels for selecting a suitable transmission channel. Adjustable high-power output supports its long-range role, while the built-in digital LED display provides a visible channel indication and supports quick channel switching.
The transmitter combines a compact, lightweight format with an aluminum alloy heatsink for heat dissipation during operation. Integration into an aircraft uses an SMA interface and a DC 7-24V electrical input, with compatibility specified for 2-6S batteries. Its physical configuration brings together the transmitter, channel display and cooling hardware as a video-link component for drone installations. The T67 carries a CE certificate designation and uses International Standard Packing. It also serves image-transmission experimentation and teaching applications.
Specifications
| Specification | Value & conditions |
|---|---|
| Brand | Kimpok |
| Model number | T67 |
| Product designation | THOR T67 |
| Place of origin | Shenzhen, China |
| Certification | CE certificate |
| Product purpose | 7GHz wireless image transmitter for professional FPV flight and long-range video transmission. |
| Frequency range | 6110 - 7210 MHz (9 Bands, 72 Channels) |
| Output power | Adjustable high-power output (long-range capable) |
| Channel display | Digital LED display |
| Cooling design | Aluminum alloy heatsink for efficient cooling |
| Input voltage | DC 7-24V (compatible with 2-6S batteries)Compatible with 2-6S batteries. |
| Connector | SMA interface |
| Size and weight | Compact & lightweight, drone-friendly design |
| Packaging | International Standard Packing |
| Multiband support | 9 frequency bands and 72 channels support channel selection to manage interference. |
