1.5km 2 channel high power 100w new designed car mount for outdoors defend drone to protect safety

product Introduction
This 1.5 km 2 channel high power 100w new designed car mount for outdoors defend drone to protect safety device that is a hot sale product in recently ,it made of aluminium ,with high heat dispersion ,match DC power supply when you outsides to work the DC power supply can directly install on your car .2 high gain fiberglass emit signal efficiently .This product takes advance techenology manage that under complex environment case it can shield about 1.5km.The most important is that it sales by factory directly ,we offer 400mhz -5800mhz frequency band . If you want customized ,please contact us .

Specification

Features

• Easy to carry light weight 2.85kg
• 1.5km can be shield
• DC power supply can mount in car
• High gain antenna emit jamming signal efficiency
• Smart cooling fan build in

• Aluminium outshell water proof and good heat deper

Attention

• Use it before need test and use it need no shield environment
• when you connect power supply must related antenna
• when you installed seperate close band module
• when the out put power over high must matching cooling device

​FAQ

Do you have the self development capacity to design the new and creative anti drone solution?

yes, TeXin is with the key know-how and thousands of project experience to offer a new anti drone solution from shape to inside design according to customer specific need.

How many assemblies you have in your factory ?

TeXin factory has over 9 assemblies in our over 5000sqm 2 floor factory in Long area, Shenzhen city.

Do you have the engineer for the technical support when you are making the after sales service ?

TeXin engineer team can directly offer the customers with the techinical support online anytime customer need it.

How can i be a your distributor in our own country ?

For the TeXin distribution authorization,we can definitely offer it for some customer after the details negotiation, it depends on the real situation of each side.