Smaller than the MF04 with far more power and similar throw. The UI is a lot easier to use than the Narsil/Anduril UI's we've come to know from Astrolux. I measured over the claimed 1732m spec at 1748m with SONY VTC5A batteries. Lumens output was over 5000 lumens but not for long the output drops pretty quickly but the step down isn't too big, the light still output enough power to make the handle hot!!!. Here is my full youtube review with beamshots galore: https://www.youtube.com/watch?v=zngzSviytfA

Smaller than the MF04 with far more power and similar throw. The UI is a lot easier to use than the Narsil/Anduril UI's we've come to know from Astrolux. I measured over the claimed 1732m spec at 1748m with SONY VTC5A batteries. Lumens output was over 5000 lumens but not for long the output drops pretty quickly but the step down isn't too big, the light still output enough power to make the handle hot!!!. Here is my full youtube review with beamshots galore: https://www.youtube.com/watch?v=zngzSviytfA

Smaller than the MF04 with far more power and similar throw. The UI is a lot easier to use than the Narsil/Anduril UI's we've come to know from Astrolux. I measured over the claimed 1732m spec at 1748m with SONY VTC5A batteries. Lumens output was over 5000 lumens but not for long the output drops pretty quickly but the step down isn't too big, the light still output enough power to make the handle hot!!!. Here is my full youtube review with beamshots galore: https://www.youtube.com/watch?v=zngzSviytfA

A real 150W SBT90.2 thrower that was measured 19.3A at 8.4V. Driver works at 2SX2 Li-Ion 8.4V using 3 parallel buck drivers topology of 13A output each that provides SBT90.2 almost 40A at its over-current limits and the only flashlight at this size with single SBT90.2 that can really exceed 7800 Lumen at cold start. Max beam light density at 5m was measured around 670Kcd (at 10m maybe closer to 750KCd ) therefore can't be beaten by any flooder ≥ 2.6° beam angle thrower flashlight. 4 X 18650 Li-Ion batteries of real 20A discharge current are required to see above max Lumen and 700KCd.

A real 150W SBT90.2 thrower that was measured 19.3A at 8.4V. Driver works at 2SX2 Li-Ion 8.4V using 3 parallel buck drivers topology of 13A output each that provides SBT90.2 almost 40A at its over-current limits and the only flashlight at this size with single SBT90.2 that can really exceed 7800 Lumen at cold start. Max beam light density at 5m was measured around 670Kcd (at 10m maybe closer to 750KCd ) therefore can't be beaten by any flooder ≥ 2.6° beam angle thrower flashlight. 4 X 18650 Li-Ion batteries of real 20A discharge current are required to see above max Lumen and 700KCd.

A real 150W SBT90.2 thrower that was measured 19.3A at 8.4V. Driver works at 2SX2 Li-Ion 8.4V using 3 parallel buck drivers topology of 13A output each that provides SBT90.2 almost 40A at its over-current limits and the only flashlight at this size with single SBT90.2 that can really exceed 7800 Lumen at cold start. Max beam light density at 5m was measured around 670Kcd (at 10m maybe closer to 750KCd ) therefore can't be beaten by any flooder ≥ 2.6° beam angle thrower flashlight. 4 X 18650 Li-Ion batteries of real 20A discharge current are required to see above max Lumen and 700KCd.