View allAll Photos Tagged Flashlight
A realistic illustration of a flashlight. It's made with Adobe Illustrator CS4 by tracing this photo made by vierdrie.. Here you can read a tutorial on how to make this thing.
Even at Christmas, playing with a flashlight can be more interesting than all the toys surrounding.
Fuji x100t Provia jpg
My first stab at flashlight photography, with my three youngest acting like willing subjects, after an evening of chasing them around with the lawnmower, tossing gravel into the air to attract bats, and playing flashlight tag.
Ahhhh, summer.
ZEN MAGNETS - Neodymium Magnetic Balls (@1005) - Jeweled Fox Helm of Magnetic Magicka
B4 adding NeoBall jewel accent replacements ...
Lighting: LED flashlight
NeoBall Version Video: youtu.be/QRCFaAfQYaY
Tri-Oval Sphere Tutorial (to make the top dome): www.youtube.com/watch?v=v26m-9rO30s
Build info here: www.flickr.com/photos/tend2it/sets/72157629891209037/
This is a light armor helmet that was inspired by the classic RPG games of Diablo, Skyrim, Hellgate London, etc... This is the Zen Magnets version.
The base dome of the helm is formed using four of my Tri-Oval subunits with the holes filled in. Horns were created using folded extended hexagons. The nose and rear neck plate protection were fashioned to look like scaled plate armor. The shape of the eye protection and the horns reminded me of a Fennec Fox ... hence, the name. This helm design is actually an extension that grew out of an original Viking helmet concept. The result is a keeper.
Because of the black NeoBalls, I kept the lighter background over a darker one to prevent them from blending in too much.
(@679 = Viking Helmet top section) = (Tri-Oval 1/2 sphere=(3 x 36-ball Oval Subunit)) + (top filler=8-ball ring + 4-ball + 1-ball) + (hole fillers=(4 x (6-ball rings + 1-ball center)) + (4 x (4-ball rings)) + (horn mounts=(2 x (6-hex + 12-hex + 2-ball top +2+2-ball bottom inside reinforcement on two sides) + (Horns=(2 x (4L-Hex=(60-ball) + 4+3+2+1-ball tip folded in half + 4 x 1-ball hole fill back/front))
(@088) = Nose/Eye plate = (52-ball nose plate) + (6-ball + 4-ball ring accents + 2 x 1-ball jewel colored) + (2 x (2 x 6-ball + 6-ball eye plates ) + (3-ball triangle nose to helm bridge)
(@236 ) = Rear scaled plate protection = (5 x (46-ball plates)) + (2-balls added to 2 outer top 4 added helm bridge support) + (4 x 1-ball spacers between plates)
Replaced accents with 2 x red rubies, 1 green emerald, 1 blue sapphire for the jewel effect.
It is sitting on top of a Mag-Lite flashlight ... the handle diameter was perfect.
This was made for the Zen Magnets Contest 17: Hatch Magnetic Headgear challenge ... zenmagnets.com/blog/?p=465
A wonderful melding of the work of the greats; Jeff Hanko and Steve Ku. The JHanko Reverse 3D V10R features the Veleno kit parts; 6x Tritium/Titanium electronic switch, 12x Tritium Fins and the very rare 18500 and 18650 bodies which have been reshaped by Jeff with permission from Steve.
The GTLS (Gaseous Tritium Light Source) vials in the tail have been cleverly drilled in the rear and along with a raised switch bevel create a JHanko signature 'Reverse 3D' effect never before seen!
These very decorative and functional lights take any battery chemistry from NiMh (1.2v) through LiMN (4.2V High C) in sizes from 14500, 16340, 18350, 18500, 18650. Two of these have been modified with Nichia 219 LEDs, the other two with 4000K XML LEDs. Their output ranges from dim enough to see the traces in the LEDs with your bare, night accustomed eyes through nearly 500 OTF Lumens
A wonderful melding of the work of the greats; Jeff Hanko and Steve Ku. The JHanko Reverse 3D V10R features the Veleno kit parts; 6x Tritium/Titanium electronic switch, 12x Tritium Fins and the very rare 18500 and 18650 bodies which have been reshaped by Jeff with permission from Steve.
The GTLS (Gaseous Tritium Light Source) vials in the tail have been cleverly drilled in the rear and along with a raised switch bevel create a JHanko signature 'Reverse 3D' effect never before seen!
These very decorative and functional lights take any battery chemistry from NiMh (1.2v) through LiMN (4.2V High C) in sizes from 14500, 16340, 18350, 18500, 18650. Two of these have been modified with Nichia 219 LEDs, the other two with 4000K XML LEDs. Their output ranges from dim enough to see the traces in the LEDs with your bare, night accustomed eyes through nearly 500 OTF Lumens
Macro Mondays - Technology
This little three light LED flashlight puts out an amazing amount of light compared to the old C cell flashlights of my youth. And the batteries seem to last forever! What a wonderful piece of modern technology!
Photo taken with my 18-135mm Sony with 20mm extension tube attached.
For Hadley to take a walk. Me, not so much. The flashlight under his chin made me laugh.
ODC: A Night Under the Stars
The Blaster: Next Generation features a direct-drive Luminus Phlatlight SST-90 with a huge pure-copper heat sink.
The correct grip on a flashlight to fight with. Notice the switch is under the thumb and the light/bezel is out the bottom of my hand.
Liner, marker, 30*30 cm (12*12 in).
For sale. $60
Линер, маркер, 30*30 см. Июль 2016.
Оформлено. Продается. 2500 р.
1970's vintage Atlas Flashlight. The Atlas brand products were sold at Standard / Amoco Service Stations. Other Atlas products included car batteries, filters, tires and maps. Atlas is embossed above the upper rivet. The plastic ribbed flashlight is in mint condition. Powered by 2 D batteries. I don't think it was ever used prior to me purchasing it.
I got this at an estate sale of the deceased owner of Wintercorn's Amoco that was located in Tinley Park, IL.
Alan Wake flashlights
Left one is broken. Battery-adapter goes too deep. As you can see AAA-battery goes there too. Right one is OK.
I think why make not use all empty space of the chassis. With partition chassis so, they get 3xAAA batteries to fit with adapter at back of flashlight makes no sense to me. Why simply use 2xAA batteries without any adapters.
Written w/ a flashlight. Technique copied from my brother - which he copied from someone else.
At some people's request... here's the info: (16 secs, F/2.8, ISO 100) - in a dark room.
My flash with color gels and diffusion dome.
See Flat-Panel Flash
See Slave Flashs
See Mini SoftBox
See Honeycomb