UAVOS Inc., a developer of unmanned aerial methods, has introduced the profitable
completion of overload structural testing of predominant rotor blades designed for helicopters with
a most takeoff weight (MTOW) of as much as 50 kg. The assessments had been performed by ALTER
Know-how TÜV NORD S.A.U. and confirmed the distinctive structural integrity and
manufacturing high quality of UAVOS’ composite UAV blades, marking one other milestone in
the corporate’s increasing OEM program for third-party UAV producers.
Rigorous testing confirmed the blades’ efficiency beneath excessive centrifugal masses, simulating
real-world masses effectively above normal working limits.
In the course of the assessments, the rotor blade was subjected to a most simulated centrifugal load of seven,390
N (753.32 kg), a dynamometer measurement of 389 N (39.65 kg), and deformation was
monitored at a number of factors alongside the blade’s span. All measured deformations remained inside
the appropriate vary of ±36.3 mm, and no seen injury was detected both throughout or after the
assessments.
Take a look at outcome: PASSED – the rotor blade withstood the overload with out structural injury.
Aliaksei Stratsilatau, Founder and CEO of UAVOS, commented:
“Our blades are manufactured utilizing carbon fiber prepreg beneath strict high quality management, guaranteeing
constant reliability and security in area situations. We’re end-users of our personal merchandise and
confirm their efficiency and security day by day throughout real-world UAV missions. Laboratory testing, in
flip, offers our prospects with confidence within the accuracy of the specs we declare.”
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