Every pain avoided but in certain circumstances and owing to the claims of duty or the obligations of business it will frequently occur that pleasures have to be repudiated and annoyances accepted selection he rejects pleasures to secure.
# Thermal, Thermal Imaging, Thermal Rifle Scopes
Available on eligible orders between £280.00 - £30,000.00
Cash price £2,599.00, deposit £259.90. Borrowing £2,339.10 over 11 months with a representative APR of 0.0% APR, the monthly payments will be £212.65 and the total amount payable will be £2,599.00.
In stock
Unmatched Imaging CapabilitiesThe NocPix Rico 2 S75R combines a 1280×1024 Gen-2 sensor with ≤15mK sensitivity, detecting target heat signatures at 3100m. Equipped with a 60mm F1.0 lens, The NocPix Rico 2 S75R gathers 20% more light than 50mm models, enhancing visibility in storms. The S75R model is equipped with an unprecedented 70mm eye relief,ensuring maximum comfort for extended use without eye strain and provide safety for the eyes. A 60Hz refresh rate enables smooth tracking of sprinting animals, while the Reality+ algorithm reduces fog interference by 80%. Unlike digital zoom, the Vision+ system maintains 2560×2560 AMOLED clarity at 24x optical magnification. Precision Targeting & Rugged DesignThe integrated 1200m LRF measures distances within 0.3m accuracy, syncing with 300+ ballistic profiles. Built from aerospace aluminum, it survives 6000J recoil shocks and -20°C to 50°C extremes. A dual-battery system (4000mAh + 18650 cells) delivers 18h runtime in subzero conditions. Smart Tactical Features5GHz Wi-Fi streaming shares live feeds to multiple devices, while 64GB storage saves RAV videos with thermal metadata. Dead pixels auto-correct every 15 minutes, and PIP mode splits the 50° FOV for dual monitoring. The shutterless design prevents blackouts during magnification changes. All-Condition UsabilityA 3-axis compass overlays real-time azimuth data, while IP67-rated grips ensure secure handling. Germanium optics maintain focus across 1200G recoil cycles, eliminating image drift.
