Pulsar Proton FXQ30 Thermal Attachment | 1–5x | PL76653K

The Pulsar Proton FXQ30 is a compact thermal front attachment designed to convert compatible daytime scopes into a thermal imaging sight with minimal setup. It employs a 384×288 thermal sensor and a 30mm objective to deliver usable thermal imagery for low-light and no-light conditions. The unit includes onboard recording, Wi‑Fi connectivity for smartphone integration, and a quick-change APS5 battery for extended field use. Typical applications include hunting and pest control where thermal detection and observation are needed.

Product Specifications

• The magnification is 1–5x.
• The objective lens is 30mm.
• The sensor resolution is 384×288 pixels with a 50Hz refresh rate.
• The thermal sensor has a 17 μm pixel pitch and <40 mK NETD sensitivity.
• The unit uses a quick-change APS5 rechargeable battery and lists a runtime of 6 hrs.
• The battery type is a Li-Ion battery pack.
• The field of view is 12.4 degrees.
• The body is constructed from a shock-resistant magnesium alloy and has a waterproof rating of IPX7.
• The unit is recoil rated up to .375 H&H, 12-gauge and 9.3×64.
• Integrated photo and video recorder with 16 GB internal memory.
• The display is a HD AMOLED screen.
• Includes 8 color palettes and an image detail boost function.
• Wi‑Fi connectivity is included for use with the Stream Vision app on iOS and Android devices.
• The Proton FXQ30 is compatible with PSP adapters for scopes with objective diameters between 40mm and 56mm and works best with 1.5–4x daytime scopes.
• Can be converted into a thermal monocular when connected to a compatible Pulsar monocular.
• The UPC is 812495029998.

Whether you need a lightweight thermal solution for late-night observation or a compact tool for tracking heat signatures in the field, the Proton FXQ30 provides a balanced feature set and straightforward operation. Quick-release mounting, onboard recording and smartphone integration make this unit practical for extended outings where reliable thermal imaging is required.