RIX Thermal Targets 10 Pack
The RIX Thermal Targets (10 Pack) are purpose-built accessories designed to support accurate zeroing of thermal imaging devices. Ideal for shooters and users of thermal riflescopes or monoculars, these compact heat pads create a clearly visible thermal signature, enabling precise aiming and consistent setup in the field or at the range.
Engineered for simplicity and reliability, each pad activates on exposure to air and provides a consistent heat source, making them an efficient solution for improving accuracy during thermal zeroing procedures.
Craftsmanship & Construction
Each thermal target is constructed using a blend of activated carbon, iron powder, vermiculite, resin, water, and salt. This composition enables a reliable air-activated heating reaction that produces a consistent thermal signature without the need for external power sources.
The compact pad design ensures easy handling and transport, while the adhesive backing allows secure placement on a variety of surfaces for flexible use.
Key Features
- Air-activated heat pad requiring no batteries or external heat source
- Provides consistent heat for approximately 20–40 minutes depending on conditions
- Compact 6 x 6 cm heat area for a clear aiming point
- Peel-and-stick backing for easy application to targets
- Supplied in a convenient pack of 10 for multiple zeroing sessions
- Fast activation time of approximately 2–4 minutes
Materials & Care
The pads are composed of activated carbon, iron powder, vermiculite, resin, water, and salt. These materials enable the self-heating reaction when exposed to air.
For optimal performance, the packaging should only be opened when ready to use. Avoid cutting or damaging the pad, and do not expose it prematurely to air. The pad activates automatically and does not require shaking.
Specifications
- Quantity: 10 pads per pack
- Heat area: 6 x 6 cm
- Package size: 8 x 8 cm
- Activation time: approximately 2–4 minutes
- Heat duration: approximately 20–40 minutes depending on weather conditions
