desertrat21
Newly Enlightened
I recently got my hands on a copy of the Fenix HP10... the new Fenix 225 lumen headlamp. Originally slated for shipping in August, Fenix delayed shipping over a minor engineering issue that was promptly remedied. The lights shipped in October and Daniel at Fenix Outfitters promptly got a copy in the mail to me.
Here are the specs (as provided by Fenix):
·Cree XR-E LED (Q5) with lifespan of 50,000 hours
·4 output levels, 3 flashing modes
Levels: 7 lumens (210 hrs) >> 50 lumens (22 hrs) >> 120 lumens (7.5 hrs) >> 225 lumens (total 2.5 hrs)
Flash modes: Strobe (5 hrs) >> SOS (50 hrs) >> Warning Flash (44 hrs)
·Max lighting distance (throw): 120 meters
·Dual switch system with easy operation - one for on/off, the other for output adjustment
·Digitally regulated output - maintains constant brightness
·Memorizes last output level
·Overheating protection: lamp goes back to high output after 3 minutes continuously in Turbo mode
·Uses four 1.5v AA (Alkaline, Ni-MH, Lithium) batteries, inexpensive and widely available
·Separated structure to balance weight for comfort while wearing
Light body: 54 mm (length) * 43 mm (width) * 33.5 mm (height)
Battery pack: 84 mm (length) * 64 mm (width) * 21 mm (height)
·Light head is made of aircraft-grade aluminum; the rest is high quality plastic
·Premium Type III hard-anodized anti-abrasive finish
·Weight: Light body: 40g, Battery pack: 77g (not including batteries)
·Waterproof to IPX-8 standard (Submerge 2 meters deep for 30 minutes continuous lighting)
·Toughened ultra-clear glass lens with anti-reflective coating
Max Lumens: 225
Min Lumens: 7
AA batteries: 4
Color: Black
Strobe: Yes
Emitter: Cree XR-E Q5 LED
Diameter (head): 1.7 in
Length: 2.1 in
Here's the headlamp.
The fit and finish is very nice. Fenix took several novel directions in the design of the light that I really like. The battery compartment is secured with two trapped thumbscrews and is very substantial. The head is machined aluminum and has a series of heat fins to dissipate the heat generated by the LED. Many other manufactureres still have plastic heads and heat sinking has proven to be an ongoing issue... one that Fenix made solid efforts to avoid.
Here are the results from the first round of beamshot/context tests (I used a colored rubber snake as the subject at a distance of 10 ft. - focal length 55mm):
The reflector in the HP10 is moderately smooth. It's more of a "throwy" light relative to the reflectors in lights like the P2D. As such there are more artifacts in the beam (see the darker donut around the spot in the beamshots above) but the beam profile makes for a solid combination of a throwy spot and good spill light for peripheral vision. Fenix also released a beam diffuser for the HP10 that serves to convert the beam profile into a flood light... something that most flashaholics find very beneficial. I haven't seen a copy of the beam diffuser but I'll see if I can't order one so I can post the comparisons here.
Here are beamshot comparisons for the Petzyl's new Myo RXP and the Fenix P2D premium Q5. These are meant to be compared to the beamshot beam profile images in the left column of the above graphic. I'll post context comparisons very soon to outline more practical in-use comparisons.
I also have a series of beam comparisons on the way from the Princeton Tec Apex and several Petzyl models. I'll post them as soon as I get the photos edited.
Here are the specs (as provided by Fenix):
·Cree XR-E LED (Q5) with lifespan of 50,000 hours
·4 output levels, 3 flashing modes
Levels: 7 lumens (210 hrs) >> 50 lumens (22 hrs) >> 120 lumens (7.5 hrs) >> 225 lumens (total 2.5 hrs)
Flash modes: Strobe (5 hrs) >> SOS (50 hrs) >> Warning Flash (44 hrs)
·Max lighting distance (throw): 120 meters
·Dual switch system with easy operation - one for on/off, the other for output adjustment
·Digitally regulated output - maintains constant brightness
·Memorizes last output level
·Overheating protection: lamp goes back to high output after 3 minutes continuously in Turbo mode
·Uses four 1.5v AA (Alkaline, Ni-MH, Lithium) batteries, inexpensive and widely available
·Separated structure to balance weight for comfort while wearing
Light body: 54 mm (length) * 43 mm (width) * 33.5 mm (height)
Battery pack: 84 mm (length) * 64 mm (width) * 21 mm (height)
·Light head is made of aircraft-grade aluminum; the rest is high quality plastic
·Premium Type III hard-anodized anti-abrasive finish
·Weight: Light body: 40g, Battery pack: 77g (not including batteries)
·Waterproof to IPX-8 standard (Submerge 2 meters deep for 30 minutes continuous lighting)
·Toughened ultra-clear glass lens with anti-reflective coating
Max Lumens: 225
Min Lumens: 7
AA batteries: 4
Color: Black
Strobe: Yes
Emitter: Cree XR-E Q5 LED
Diameter (head): 1.7 in
Length: 2.1 in
Here's the headlamp.
The fit and finish is very nice. Fenix took several novel directions in the design of the light that I really like. The battery compartment is secured with two trapped thumbscrews and is very substantial. The head is machined aluminum and has a series of heat fins to dissipate the heat generated by the LED. Many other manufactureres still have plastic heads and heat sinking has proven to be an ongoing issue... one that Fenix made solid efforts to avoid.
Here are the results from the first round of beamshot/context tests (I used a colored rubber snake as the subject at a distance of 10 ft. - focal length 55mm):
The reflector in the HP10 is moderately smooth. It's more of a "throwy" light relative to the reflectors in lights like the P2D. As such there are more artifacts in the beam (see the darker donut around the spot in the beamshots above) but the beam profile makes for a solid combination of a throwy spot and good spill light for peripheral vision. Fenix also released a beam diffuser for the HP10 that serves to convert the beam profile into a flood light... something that most flashaholics find very beneficial. I haven't seen a copy of the beam diffuser but I'll see if I can't order one so I can post the comparisons here.
Here are beamshot comparisons for the Petzyl's new Myo RXP and the Fenix P2D premium Q5. These are meant to be compared to the beamshot beam profile images in the left column of the above graphic. I'll post context comparisons very soon to outline more practical in-use comparisons.
I also have a series of beam comparisons on the way from the Princeton Tec Apex and several Petzyl models. I'll post them as soon as I get the photos edited.