How to Choose Belay Devices
Edelrid Ohm Assisted Braking Resistor
$119.93Compared to $149.95*Save 20%
Specifically designed for climbing partners of differing weights, the Edelrid Ohm assisted braking resistor increases the braking effect so a lighter belayer can hold a heavier lead climber.
- Assisted braking resistor increases the braking effect when climbing in rope teams with major weight differences
- Second generation design features a number of updates
- Designed to be installed in the first bolt of the safety chain and used in conjunction with a belay device
- Swivel joint improves the device's freedom of movement
- Clipping direction no longer matters when the device is clipped to the first bolt
- Locking system prevents the device from opening accidentally and makes it far easier to insert the rope and remove the device when lowering
- Allows for easier lowering of a heavier person in a controlled manner
- Reduces the risk of a collision when falling on the first bolt
- Far lower forces are exerted on the belayer
- Does not restrict handling when lead climbing—there is no rope friction when paying out the rope
- Makes the belayer 55 lbs. (25 kg) "heavier"
- Minimum belayer weight: 88 lbs. (40 kg)
- For single ropes with a diameter of 8.9—11 mm
Imported.
View all Edelrid Belay and Rappel Devices| Best Use | Climbing |
|---|---|
| Fits Rope Sizes | 8.9-11 millimeters |
| Weight | 450 grams |
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1 year ago
Works!
Yes , I recommend this product
Use this when the weight difference is too great. Works both indoors and outdoors!
Used for::Sport Climbing
1 year ago
Used for::Sport Climbing
Location:Northern UT
Age:35–44
Used for::Gym Climbing
1 month ago
Good at stopping falls and creating rope drag
No, I do not recommend this product
This product does work to assist in arresting a fall with a big weight difference. The part where it's less good, is that it introduces a ton of rope drag and makes it a lot harder to pull up rope to clip in.
Age:35–44
Used for::Gym Climbing
2 months ago
Not OHM, OHM ll
This looks like the Ohm ll rather than the Ohm. Issue with that, is that Ohm ll is different from Ohm
6 months ago