Who decides whether a digital FPV race can proceed?

Is there a model-specific CAAM approval for DJI Digital FPV racing?

CAAM's public UAS material describes approval routes for operations, including Standard ATF and Special UAS Project review where added risk requires support. It does not support a general claim that one DJI air unit, goggles firmware or private league has blanket CAAM certification. Remove that claim from the equipment decision.

Give CAAM the actual event: location, course volume, number of aircraft, operating method, pilots, observers, people controls and emergency actions. The applicable route follows the risk and operation, not a marketing label such as official league system.

How should league rules and legal requirements be separated?

A league may standardize video systems, channels, power settings or firmware to make racing fair and reduce interference. Those rules decide entry eligibility. CAAM and other authorities decide whether the operation and equipment can be used in Malaysia; the venue decides site access and event conditions.

Publish the league rulebook separately from the legal approval file. If the organizer changes the course, race class, transmitter plan or spectator layout, reassess both. Do not describe disqualification from a race as a government penalty or a private technical rule as a national certification.

• Assign channels before each heat and record changes.
• Keep arming, launch and recovery zones controlled.
• Inspect antennas, connectors and damaged wiring.
• Give one race director authority to stop launches.

What should the SIRIM and MCMC equipment file contain?

Catalogue the exact air unit, goggles, controller, radio module, bands and output settings. Malaysia's UAS spectrum guidance and technical-approval framework can involve MCMC and SIRIM. A familiar DJI name does not establish that every imported module, modified antenna or unlocked setting is acceptable.

Match approval evidence to the hardware and configuration presented at the race. Reject hidden high-power modes, unrecorded firmware patches and mixed modules that cannot be identified. The technical lead should be able to explain the channel plan to both the authority and every pilot.

How should a used DJI digital FPV kit be inspected?

Record serials and account state, then inspect displays, optics, antennas, connectors, cables, air-unit cooling and video stability. Test the complete kit in the event configuration, not one component at a time. Prior crashes and heat damage can create intermittent faults that appear only under load.

Use the FPV model reference and repair path to identify compatible parts and support options. The buying page should help the organizer build a traceable equipment register, not promise that a pre-owned badge or firmware version makes a unit approved.