HaikeLite MT03 review with measurements (3x XHP70, 4x 18650)

Very interesting test results you have there. As always, thanks for the incredibly thorough review.

Thanks a lot maukka ;-). That thing is huge compared to the M43. They should have called it something like Fat Boy…

Ha my ceiling bounce test wasn’t to far of i knew it was just above the 10k mark. I wonder how haikelite got there results and why they are so different to yours?

Thanks for the review!

First rate review as usual. Thank you.

Impressive tests as always muakka!

Good review

Disappoint on the tail switch ring. It would be nicer if they have thread to screw in for better sealing and switch replacement later on

PT60 look impressive on the temperature regulation and beam shoot but the price is a killer :->

Well done review

I enjoyed reading this review maukka. According to your temperature measurements under full load, this flashlight has excellent heat dissipation.

Excellent review for tint geeks.

And yes why try so hard for nice XHP70 tint/artifacts when the MT-G2 is so available.

And to think we get our BLF name inscribed on the tail cap (we all get that, right )

Excellent review maukka,

Please could you give me give an objective answer between the pros and cons of 2s2p vs 4s.

I’ll know more when I get the 4S tailcap and driver.

Thanks maukka,

I just wait before I’m going to order it

As always, a really great review.

Thanks maukka!

Very nice review, thank you :+1:

Check out the runtime graphs though. The PT60 output drops almost immediately (~10s) down to less than 4K lumens (~45sec). The other two stay near their max output for several times longer.

oh my bad :slight_smile:

got carry away looking at the temperature photos and outdoor shots :smiley:

And you cannot use your own cells in the PT60, which uses NCR18650B; looks like a really bad choice to me.

If you get a chance, please post a couple close, clear pics of the driver. Those of use with the 2S2P drivers might find that very useful. Especially, if the only difference is the voltage sense resistors and cell contact points.

+1 on the MT-G2 lack of use, a shame.
Thank you for review!

Very nice review, maukka! I enjoyed all the measurments and especially the comparison with the X7 makes it insight-full.