Thermal Imager

High Performance in a Compact Design (click here to see the Eclipse® LD video)
Eclipse LD combines the compact, sleek Eclipse design with powerful performance on a large-sized display. Infused with a state-of-the art thermal imaging engine and the latest Liquid Crystal Display technology, Eclipse LD shines in the harshest, darkest environments. With Eclipse LD, you'll lose the bulk without missing a thing.

PERFORMANCE Meets Lightweight
Packing a 320 x 240 ultra-high resolution infrared engine in a two-pound package, Eclipse LD provides fire departments a "no compromises" thermal imager. Eclipse LD fulfills the promise of a personal-issue thermal imager while thriving as a complete analytical tool.

UPGRADABLE Resolution
The Eclipse LD comes standard with a 160 x 120 resolution and is upgradable to a 320 x 240 resolution for the clearest, crispest thermal imaging you'll experience. Resolution upgrades are available for both new and aftermarket purchases.†

Electronic Thermal Throttle and Super Red Hot on Eclipse LD

ADVANCED Features
Now on all Eclipse thermal imagers, at no extra charge, is the capability to load user customizable startup graphics. Available as options on Eclipse LD are Bullard's patented Electronic Thermal Throttle®, enabling firefighters to optimize scenes with the touch of a button, and Super Red Hot colorization, highlighting high-heat scenes in brilliant shades of yellow, orange and red. Temperature measurement is also optional.

SceneCatcher Digital Video Recorder
For the first time, Eclipse is available with an internally installed digital video recorder. The SceneCatcher DVR, an option for the Eclipse LD, records up to five hours of video in vivid high resolution.

† Upgrade requires factory service

* 320 x 240 resolution shown

All Eclipse LD Thermal Imagers ship with myBullard™, a personal control panel for you to register, inventory, maintain, service, and enhance your thermal imaging products and accessories. This easy-to-use software enhancement will help you organize and optimize your thermal imaging operations.