Friday, March 21, 2008
Can You Handle the Heat? The AimSHOT HeatSeeker 3500 can.
"There are inevitably circumstances in which the AimSHOT HeatSeeker 3500 could prove indispensable..."
.There are some operations for which our five God-given senses just aren't enough. Luckily there are tools to assist us in some of these situations. One such tool is the AimSHOT HeatSeeker 3500 infrared heat sensor. The HeatSeeker 3500 can prove a lifesaver--literally--on a farm or in rural areas where animals and livestock roam freely; a lost lamb or family pet can be quickly located and recovered. 
.
.
The HeatSeeker 3500 is also sportsman's friend for humane hunting-- every hunter's duty. Unfortunately even the most skilled hunter can sometimes be off his target, and no hunter wants to see his prey suffer. The HeatSeeker 3500 is ideal for hunting excursions to help track down injured, downed, or hidden game.
.
And while one would hope never to have to use this AimSHOT heat seeker for rescue operations, there are inevitably circumstances in which it could prove indispensable. For times when there simply is no time and every second counts, the HeatSeeker 3500 can help locate a lost or missing child or the visually or hearing impaired. In such desperate times, this AimSHOT tool might just be invaluable.
.
The applications don't stop there. In fact, you might be surprised at the HeatSeeker 3500's many additional uses:
- Detecting hot spots in equipment or machinery
- Detecting overheated ballast transformers, aiding in fire prevention
The heat sensor of the AimSHOT HeatSeeker 3500 is stable and accurate for up to 300 yards and comes with 2 built-in lasers to help you pinpoint the heat source, with the second laser being infrared and invisible to the naked eye but perceptible with night vision. An earplug with squelch alert reception is included with the 3500. A rifle or shotgun mounting system is available, and the high-impact plastic construction ensures durability in rugged conditions and rough situations.
Posted by OpticsPlanet at 4:46 PM Read Article 