Among all firearm-mounted electronic devices, recoil is the single greatest external factor affecting product lifespan and aiming precision. For a thermal riflescope, shock resistance is particularly critical. Designers and engineers optimize every component—the housing, internal brackets, germanium lens protection, and detector packaging—to ensure accuracy and reliability across various firearm platforms. The culmination of all these efforts is our impact resistance testing.
At Novelty Point Optics, we go beyond assigning a simple impact force value to our products. We employ a more scientific and precise approach: testing by fully simulating real firearm recoil.
Due to China’s strict firearm regulations, conducting live-fire tests locally is challenging. To overcome this, our General Manager, Mr. Harry, has traveled multiple times annually to the United States since 2024 to conduct live-fire testing on mainstream rifle platforms. During these sessions, he uses vibration sensors to capture complete recoil data—not just peak G-force, but the full waveform, including amplitude, duration, and temporal characteristics of the recoil event.
These valuable datasets are brought back to China to calibrate our custom-built vibration test rigs. By accurately reproducing the recoil waveforms captured in the field, we can validate the durability of our thermal scopes, red dot sights, and external battery packs under realistic conditions.
We believe superior products emerge from meticulous attention to every detail. From waterproofing to shock absorption, from material selection to structural design, NPO’s relentless optimization across all dimensions ensures that whether in the field, on a mission, or on patrol, our thermal imaging scopes deliver the confidence and reliability shooters demand. Because true reliability isn’t a single number from a lab—it’s holding zero, shot after shot, against the full force of real recoil.
