Still Going Strong After 2,000 Folds: DJI Mavic 4 Pro Arm Durability Test Results
A viral durability test put the DJI Mavic 4 Pro's folding arm hinges through 2,000 consecutive fold cycles. After the final fold, the arms snapped precisely into position and the drone body remained completely undamaged — performing identically to the very first fold. The test highlights the mechanical robustness of the Mavic 4 Pro's newly designed folding mechanism.
Highlights
- The DJI Mavic 4 Pro's folding arm hinges completed 2,000 consecutive fold cycles with zero mechanical failure or body damage.
- After the 2,000th fold, the arms locked precisely into position, performing identically to the very first fold.
- 2,000 folds at five cycles per day equates to more than 400 days of typical professional use, simulating realistic field wear conditions.
- The test, which went viral on social media, validates the mechanical durability of the Mavic 4 Pro's newly engineered folding arm design.
A durability test that has been generating significant buzz on social media subjected the folding arm hinges of the DJI Mavic 4 Pro to a grueling 2,000 consecutive fold cycles — and the results were impressive.
Test Results
Footage from the test shows that after the 2,000th fold, the arms locked precisely into their deployment position and the drone's body remained completely intact, with no visible difference from the very first fold. The test serves as a direct validation of the Mavic 4 Pro's folding mechanism in terms of both mechanical strength and long-term durability.
Why This Test Matters
For professional drone pilots who regularly pack and deploy folding drones in the field, the longevity of arm hinges is directly tied to the long-term reliability of their equipment. At an average of five folds per day, 2,000 cycles equates to more than 400 days of daily use — faithfully replicating the wear conditions of real-world operations.
The DJI Mavic 4 Pro features a newly engineered folding arm design, and these results further reinforce the reliability of its mechanical construction, giving both prospective buyers and professional operators greater confidence in the platform.
"The arms locked into place, and the drone was still perfectly intact." — the tester's description after the 2,000th fold.
The test video has since gone viral across social media platforms, sparking widespread discussion among drone enthusiasts and professional pilots alike.
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