WildChild
Flashlight Enthusiast
I was quite interested by the Coleman 4AA Pack-Away® Lantern when I saw the announcement last year but yet, it's still impossible to find it in Canada. I've been looking for a while for good small LED lantern for camping and I've had problems finding one here. I tried last year the Osram Dragon lantern but the battery compartment was too small for rechargeable batteries so I damaged the shrink wrap of a few new batteries and it also had a bad contact problems.
Last week-end, when checking again for a lantern, I found the Coleman Cree XR-C 3AA MicroPacker™ at Canadian Tire store. At the first look, I thought it had a Cree XR-E LED but I quickly saw that the die was different. I hesited to buy it as the XR-C is less efficient but I went to the store again today and I told myself: why not? There was also the 8D lantern that had a XR-E in it but I found it too big. So, here's my review!
First, the description from Coleman:
* Highly metalized cone reflects light
* Cree XR-C LED
* 65 lumens on high
* Durable metalized finish
* Runs 14 hr on low, 8 hr on high,
75 hr on emergency strobe
* Powered by three AA cell batteries, included
* 7 oz (198 g) with batteries
As the description tells, there are 3 levels of light, activated in the order high, low, strobe and off. Each press on the button switch to the next level. For the high level, I would say it's 65 emitter lumens as my SureFire L1 is much brighter. The lantern appears slightly brighter than my L0D-CE (P4 bin). The light appears perfectly white. The low level is still bright and appears to my eyes approximately half as bright as the high level. The emergency strobe flashes at the high level at 2 quick pulses per second.
I find the high level to be bright enough for most uses. It is probably too bright in complete darkness. I think that brighter is not always better and all my recent flashlights purchases reflect this (SureFire E2L, L1, G2L, A2, E2D, Outdoorsman). As I don't have a lightmeter, I cannot tell if all levels are regulated and I cannot make good runtime tests. Runtime will probably be much better on NiMH and lithium batteries.
I took some current measurement with my DMM. Since the lantern has an electronic switch, it does pull some current on the batteries when it's turned off. Here are my measurement:
* High: 380 mA
* Low: 151 mA
* Strobe: Unable to take a good measurement...
* Off: 0.45 mA
With this draw when off, it will drain completely the batteries in around 200 days. It's probably a good idea to store this lantern without the batteries inside. Personally, I don't care as I have plenty of flashlights I can grab quickly if I need light. I will use it mainly during my camping trips.
The Cree XR-C impress me. While being less efficient than the XR-E, it's still very bright with its smaller die. It has only two bond wires and the pattern on the die is also different. It has four squares while the XR-E has three lines.
The overall design seems good to me. It doesn't give the feeling it will break quickly. Coleman covers it with a five years warranty. There is a mirror coated glare shield you can raise behind it to direct the light to the front. There isn't much light reflected by it but it can help giving a good ambient light in a room by turning it so the light reflect on a wall, while you're not being blinded by the direct light. There is plenty of room in the battery compartment and the batteries holder feels thought. Fatter NiMH batteries are not tight at all in the battery holder, nor when you put back the holder in the lantern.
Overall, I like this lantern. Here's a small summary:
Pros:
- Uses an efficient LED.
- White light with no blueish tint.
- Small.
- Easy UI.
- Feels thought.
- Battery compartment and holder are big enough to accept fatter NiMH AA.
Cons:
- Draw current on the batteries when turned off (electronic switch)
Now, a few pictures of the beast:
View of the Cree XR-C LED:
Closer view of the Cree XR-C LED:
Front view:
Side view:
Back view:
Back view with glare shield raised:
Front view with glare shield raised:
Top view:
Bottom view:
Inside of the batteries compartment:
Top view of the batteries holder:
Side view of the batteries holder:
Bottom view of the batteries holder:
High level, 1/8s exposure (take a look at the cute little cow):
Low level, 1/8s exposure:
Last week-end, when checking again for a lantern, I found the Coleman Cree XR-C 3AA MicroPacker™ at Canadian Tire store. At the first look, I thought it had a Cree XR-E LED but I quickly saw that the die was different. I hesited to buy it as the XR-C is less efficient but I went to the store again today and I told myself: why not? There was also the 8D lantern that had a XR-E in it but I found it too big. So, here's my review!
First, the description from Coleman:
* Highly metalized cone reflects light
* Cree XR-C LED
* 65 lumens on high
* Durable metalized finish
* Runs 14 hr on low, 8 hr on high,
75 hr on emergency strobe
* Powered by three AA cell batteries, included
* 7 oz (198 g) with batteries
As the description tells, there are 3 levels of light, activated in the order high, low, strobe and off. Each press on the button switch to the next level. For the high level, I would say it's 65 emitter lumens as my SureFire L1 is much brighter. The lantern appears slightly brighter than my L0D-CE (P4 bin). The light appears perfectly white. The low level is still bright and appears to my eyes approximately half as bright as the high level. The emergency strobe flashes at the high level at 2 quick pulses per second.
I find the high level to be bright enough for most uses. It is probably too bright in complete darkness. I think that brighter is not always better and all my recent flashlights purchases reflect this (SureFire E2L, L1, G2L, A2, E2D, Outdoorsman). As I don't have a lightmeter, I cannot tell if all levels are regulated and I cannot make good runtime tests. Runtime will probably be much better on NiMH and lithium batteries.
I took some current measurement with my DMM. Since the lantern has an electronic switch, it does pull some current on the batteries when it's turned off. Here are my measurement:
* High: 380 mA
* Low: 151 mA
* Strobe: Unable to take a good measurement...
* Off: 0.45 mA
With this draw when off, it will drain completely the batteries in around 200 days. It's probably a good idea to store this lantern without the batteries inside. Personally, I don't care as I have plenty of flashlights I can grab quickly if I need light. I will use it mainly during my camping trips.
The Cree XR-C impress me. While being less efficient than the XR-E, it's still very bright with its smaller die. It has only two bond wires and the pattern on the die is also different. It has four squares while the XR-E has three lines.
The overall design seems good to me. It doesn't give the feeling it will break quickly. Coleman covers it with a five years warranty. There is a mirror coated glare shield you can raise behind it to direct the light to the front. There isn't much light reflected by it but it can help giving a good ambient light in a room by turning it so the light reflect on a wall, while you're not being blinded by the direct light. There is plenty of room in the battery compartment and the batteries holder feels thought. Fatter NiMH batteries are not tight at all in the battery holder, nor when you put back the holder in the lantern.
Overall, I like this lantern. Here's a small summary:
Pros:
- Uses an efficient LED.
- White light with no blueish tint.
- Small.
- Easy UI.
- Feels thought.
- Battery compartment and holder are big enough to accept fatter NiMH AA.
Cons:
- Draw current on the batteries when turned off (electronic switch)
Now, a few pictures of the beast:
View of the Cree XR-C LED:
Closer view of the Cree XR-C LED:
Front view:
Side view:
Back view:
Back view with glare shield raised:
Front view with glare shield raised:
Top view:
Bottom view:
Inside of the batteries compartment:
Top view of the batteries holder:
Side view of the batteries holder:
Bottom view of the batteries holder:
High level, 1/8s exposure (take a look at the cute little cow):
Low level, 1/8s exposure: