TBS Crossfire Nano TX

Description

Two-way communication opens up new possibilities. With such tight integration, the TBS Crossfire is the logical choice for anyone flying Betaflight, KiSS, or ArduPilot/Pixhawk platforms. It provides ultra-low latency with incredible bandwidth (3x faster, 6x more data than any comparable protocol!). The Crossfire Nano TX from TBS has the same RF internals as the Micro TX V2 but now comes in a smaller "lite" module interface. CRSF is a proprietary TBS communication protocol between the Crossfire and R/C and Flight Control. In the past, the question always was "could our R/C link keep up?" With the TBS Crossfire comes peace of mind. The furthest long range missions are flown with TBS Crossfire. All top drone racers fly the TBS Crossfire. The Nano TX was designed to fit X-Lite and X9D Lite radios with their "lite" style module interface. All leading drone racing organizers require pilots to fly the TBS Crossfire. Apart from unparalleled range, the thing that TBS are most proud of on the TBS Crossfire is that it just works. Now it has become affordable to the masses as a general-purpose radio link! It provides ultra-low latency with bandwidth (3x faster, 6x more data than any comparable protocol!). As a modern R/C link, it has telemetry built-in. Adaptive bandwidth controls the speed of transmission or optimizes for ultimate range. But don't take our word for it.

Key Features

• It provides ultra-low latency with bandwidth (3x faster, 6x more data than any comparable protocol!).
• As a modern R/C link, it has telemetry built-in.
• The Nano TX was designed to fit X-Lite and X9D Lite radios with their "lite" style module interface.
• The Crossfire Nano TX from TBS has the same RF internals as the Micro TX V2 but now comes in a smaller "lite" module interface.
• Apart from unparalleled range, the thing that TBS are most proud of on the TBS Crossfire is that it just works.
• From streaming MAVLink to your smart device (no Mavlink stream support for Crossfire Micro TX!) to updating your firmware, setting your video transmitter channel, or adjusting flight control parameters such as PIDs.