13mm ECO-Spotlight, 5Wx2, T-FUSE

Here are 5W reference power in the x2 technology, almost 400 lumens with a 45 ° optics result in the best brightness of the series!   The headlights of this ECO series are generally characterized by adequate performance data and a very good price-performance ratio.

The great brightness of the ECO headlights is based on an effective optics, the existing light output is well bundled and radiated to the front.

This makes them look bright and can be easily seen even in daylight.

  Direct operation with 2S LiPo (8V), with 3S (12V) an additional resistor must be soldered in (included).

Make sure there is sufficient cooling air during operation.

Our headlights are optimized for use in model making and should only be operated for approx.

3 minutes at a time with a fully charged battery without additional cooling - use landing lights! With other uses, the cooling can of course be improved at any time.

Performance: 5Wx2 reference power Voltage: 8V,   use enclosed resistor additionally for 12V!  Electricity: 0.4A Beam angle: ~45° Light intensity:  ~380 Lumen WHITE Light intensity:  ~380 Lumen WARMWHITE Dimension: D13x54mm,  Weight: 5g (without cable) Ready to use with 1m connection cable and additional resistor for 3S operation With the X2 technique high power LEDs are operated in a "cluster".

These achieve double the light output for the same heat or the same light output at half heat dissipation.

Yet our X2 lights are still fully compatible with all our other lamps.

If X2 lights, such as spotlights, are supplied with separate cables, these cables must be used in the delivered wiring! X2 lights are reacting more strongly on a weakening battery.

The reference power is a comparison value between our offered lights.

It normally refers to an operating voltage of 12V/3S Lipo and is dependent on bulbs, operating mode and technology.

Pay always attention to the operating temperature, we do not assume any warranty in case of overheating.

Note: The LED lights are extremely bright! Never look directly into a LED! TECHNICAL INFORMATION CONNECTION