Lightweight Design Thermal Fusion Night Vision Goggles

A thermal fusion night vision goggle merges two physically distinct imaging modalities - image intensification (II), which amplifies photons from ambient starlight or moonlight, and thermal imaging (TI), which maps surface infrared emission regardless of available light - into a single composite view. The strategic value: II provides the fine-detail scene rendering operators need to navigate and identify; TI finds targets that are actively concealed from, or simply invisible to, photon-dependent systems. Fused together, they cover each other's failure modes. An operator using the DTS-23T does not choose between seeing detail and seeing heat - they see both, in the same frame, at the same time.

A standalone thermal monocular resolves heat but not detail: at standard LWIR resolutions, two people standing 1.5 m apart at 80 m are often indistinguishable blobs. A Gen3 NVD resolves detail but requires photons: in a zero-lux environment or through smoke, it simply stops working. The DTS-23T's DCAF™ algorithm dynamically blends both signals, so the operator always receives the maximum available information. For organizations currently issuing both a thermal monocular and a Gen3 NVD per operator - at combined weights of 600–900 g and purchase costs of two separate procurement lines - the DTS-23T consolidates both into a single, lighter, cheaper-per-capability unit.

Co-registration is the geometric alignment between the thermal and intensifier images. When misaligned, fused images show ghosting: hot objects appear offset from their visible-light counterparts, edges double-contour, and operators mentally compensate for the mismatch - creating fatigue and decision latency. The DTS-23T's sub-pixel calibration (≤0.1 px across the full 50° FOV) means the two images are indistinguishable from a single optically perfect sensor. Procurement teams should ask any fusion-device vendor for their published co-registration specification before purchasing; many do not disclose one because the number is unflattering

Yes. The DTS-23T is designed for helmet-mounted, handheld, and OEM-integrated deployment. Standard STANAG-compatible mounting hardware is available. The unit's video output interface supports integration with weapon sighting systems, UAV gimbals, vehicle commander's periscopes, and fixed surveillance structures. Detyl's engineering team provides interface documentation and, for volume OEM programs, custom mechanical and electrical integration support. Contact us with your platform specifications and integration requirements

All DTS-23T units ship with a 24-month manufacturer's warranty covering defects in materials, workmanship, and firmware - including the DCAF™ fusion engine. OEM and institutional partners are offered extended service agreements that include priority return-to-manufacturer (RMA) with a 10-business-day turnaround commitment, on-site calibration verification at annual intervals, and access to Detyl's engineering team for mission-specific configuration support. Warranty does not cover damage from unauthorized disassembly, ordnance effects, or use outside the rated environmental envelope. Full terms are provided with each purchase agreement.

DTS-23T unit pricing reflects professional Gen2+/Gen3 intensifier tube sourcing, the DCAF™ firmware license, and Detyl's factory-direct supply model - with no distributor margin added for direct institutional accounts. Volume pricing tiers begin at quantities of 10 units. Full OEM/ODM support is available for organizations requiring custom branding, modified firmware, alternative display configurations, or system integration with existing C2 platforms. Lead times and NRE costs for OEM programs are disclosed at the MOU stage. Contact Detyl's technical sales team with your quantity, delivery timeline, and specification requirements for a formal quotation within 48 hours.