When something's frozen solid into river ice, you reach for a winch line first, not a kinetic rope. That's the order Rick's crew works in for Part 2 of the Alaska recovery. A 9,000-lb Hagglund Sisu is locked into the ice, 40 miles from the nearest road. It takes several days of slow winch pulls to break it loose. The kinetic rope doesn't come out until later, and not even for the Hagglund. Here's why the order matters, what each tool is actually doing, and where a kinetic rope earns its keep.
- The Hagglund's tracks are frozen solid into river ice. Rick's crew guesses a couple of low winch lines will break it free. It's not that easy.
- It takes more. Four winch lines driving the track mechanism, plus two more on a straight dead pull. The vehicle moves 5 to 6 feet at a time.
- A winch line is a slow, controlled, near-zero-stretch pull. That's exactly what you want on a load you can't see the underside of.
- A kinetic recovery rope stores energy through roughly 30 percent stretch and releases it as a rolling pull. Different tool, different moment.[1]
- Later in the same trip, Rick reaches for a kinetic rope on a totally different vehicle: the old Dodge van the crew nicknamed the fat truck, dragged into the trees for the season.
- Murphy's sells the shelf version of both categories: the Recovery Rope and the Recovery Kit, both built with Yankum Ropes.
1. A frozen Hagglund, and a guess that wasn't quite enough
This episode picks up right where Part 1 left off. Rick's crew hauled three suitcases of rigging 3,571 miles to free a 9,000-lb Hagglund Sisu. A tracked vehicle, frozen solid to the bottom after falling through river ice. Part 1 covered the loadout and the tree anchor. This is what happens when the actual pulling starts.
The diagnosis comes fast. "The tracks are frozen into the ice," Rick says on camera, looking the vehicle over. "Maybe a couple of low winch lines will break it free." That's a reasonable guess. The tracks aren't just stuck in mud. They're locked into ice that built up around and under them. And a locked track needs a straight pull to break the grip before anything else can happen.
2. Why a winch line goes first on a frozen load
A winch line is a static pull. The motor spools cable or synthetic rope onto a drum at a fixed, controlled rate, and the line itself barely stretches. That's not a limitation here. It's the whole point. You don't know exactly where a frozen load is going to let go, or how much force it takes to break the ice's grip. A slow, steady pull lets you feel that out a little at a time instead of snapping something loose all at once.
"The tracks are frozen into the ice. Maybe a couple of low winch lines will break it free."Wrecker Rick, sizing up the Hagglund, "I Cried… This Arctic Rescue Broke Me (PART 2)"
Two lines turns out to be optimistic. Rick's crew ends up running four winch lines to drive the Hagglund's own track mechanism, plus two more on a straight dead pull, all of it working together. That's not overkill for the camera. A frozen track fights harder than a stuck wheel. So the crew builds force in stages. Nobody bets the whole recovery on one line snapping something free in a single shot.
3. Inch by inch: what breaking it free actually looks like
The Hagglund doesn't come free all at once. It comes free five or six feet at a time. "Might not seem like a big accomplishment to you," Rick tells the camera partway through, "but uh we moved it about 5 or 6 ft." Someone off camera answers with the obvious next step: do it again. Rick's own read on it is short and honest: "That's what winning's like." A few feet. Then a few more.
That's the texture of a frozen-load recovery. Kind of satisfying to watch, once you know what you're looking at. Not one dramatic pull. A repeated cycle: tension, a few feet of movement, slack, re-rig, and back to tension again. Over and over, until the load clears whatever was gripping it. By the time Rick calls out "well, we got her out of the hole, folks," the vehicle has been walked out of the ice in stages, not yanked.
4. What a kinetic rope does that a winch line can't
A winch line and a kinetic recovery rope solve different problems, and it shows in how each one's built. Yankum Ropes is the supplier behind the rope Murphy's sells under its own name. They rate their 1-inch kinetic rope to "stretch up to 30% longer when being used."[1] That stretch is the whole design. Instead of a slow static pull, a kinetic rope lets a second vehicle build up speed. Then it transfers that momentum through the rope's own give, as one rolling snatch. Look at what that buys you: a load a straight static pull couldn't budge, suddenly moving. Pretty wild to watch.
| Winch Line | Kinetic Recovery Rope | |
|---|---|---|
| Powered by | The winch motor | A second vehicle's momentum |
| Stretch | Minimal | Up to ~30%[1] |
| Best first move on | A frozen or locked load you can't see under | A load that a static pull couldn't break loose |
| Speed of pull | Slow, controlled, staged | Fast, a single rolling snatch |
| Never | Exceed rated line pull | Join two ropes with a metal shackle |
Later in the same episode, once the Hagglund recovery itself is finished, the crew has one more job. Their own recovery vehicle needs stowing for the season. It's an old 1969 Dodge van they've nicknamed the fat truck, and it needs dragging deeper into the trees. That's the moment Rick reaches for a kinetic rope on camera. "I'm going to rig off to this tree," he says, shortening his rigging for a better angle, "and then after that, we're going to hook a kinetic to it and drag this thing into the trees."
"And then after that, we're going to hook a kinetic to it and drag this thing into the trees."Wrecker Rick, stowing the crew's Dodge van, "I Cried… This Arctic Rescue Broke Me (PART 2)"
This isn't the Hagglund, though. It's a different vehicle. A storage drag, not a frozen-track recovery. But it's the same tool decision this whole article is about, just on a lighter job. One vehicle, no track mechanism to fight, no ice to break loose from. A kinetic rope is the right call there in a way it never would've been on the Hagglund itself.
5. Build the same kind of kit
You're very unlikely to ever free a 9,000-lb Hagglund from an Alaskan river. Good news. The categories of gear that did the job scale right down to a truck stuck in your own back forty. Murphy's builds the shelf version with Yankum Ropes.
1 inch by 30 feet, 33,500 lb breaking strength, rated for 7,200 to 10,249 lb trucks and SUVs. Built with Yankum Ropes. The category Rick reaches for once the Hagglund itself is already clear.
The kinetic rope by itself, if you've already got rated shackles and a recovery point.
The rope, two heavy-duty slings, two soft shackles, and a roll-top bag, all in one buy.
6. Safety: ice doesn't make a loaded line any less serious
Cold doesn't change physics. A kinetic rope under load and a winch line under tension are both storing or transmitting real force, ice or no ice. What changes is your footing. Your visibility of exactly where a load's going to go. How forgiving the ground is if you need to move fast.
These aren't suggestions. Each one exists because skipping it has hurt someone.
- Anchor a kinetic rope only to a rated recovery point. Never a tow ball or a bare bumper, and never bare cable wrapped around an anchor and hooked back onto itself.
- Never connect two ropes or straps with a metal shackle. If the shackle breaks under a kinetic snatch, it can fly like a projectile. Use the rated rope loop and a soft shackle instead.
- Keep everyone clear of a load about to move. OSHA's general rigging rule states plainly that "all employees shall be kept clear of loads about to be lifted and of suspended loads."[3] That applies to a winch line under tension and a kinetic rope about to be snatched alike.
- Inspect the rope and rigging before every pull, not just the first one of the trip. Federal rigging standards require a daily inspection by a competent person, and are explicit that damaged or defective rigging "shall not be used."[3] Ice, grit, and cold don't get a pass on this.
- Don't shock-load rigging that isn't built for it. "Shock loading is prohibited"[3] for slings and shackles. A kinetic rope is engineered to absorb a sudden jolt through its own stretch. A sling or a shackle is not, and treating one like the other is how rigging fails without warning.
- Stand well clear of the winch cable's full length while it's spooling, cold or not. Keep the cable wrapped around the drum a minimum of eight times, and don't exceed the winch's rated pulling capacity even when the load looks stubborn.[2]
Sources: [1] Yankum Ropes: Rattler Kinetic Recovery Rope · [2] offroad-ed.com: Taking Precautions When Using a Winch · [3] OSHA 29 CFR 1910.184: Slings
7. The bottom line
Why the winch line first? A frozen track needs a slow, controlled pull before anything else makes sense. Simple as that. It still took four lines driving the track mechanism. Two more on a dead pull. A lot of five and six foot increments before the Hagglund was finally clear. The kinetic rope's turn came later, on a different vehicle, for a different job entirely.
Both categories belong in your own truck. A rated recovery point. A winch you trust, for the slow, careful pull. A kinetic rope, for the moment a static pull alone won't cut it. Build both. Before you need either one, not after.
Sources
- Yankum Ropes, "Rattler Kinetic Recovery Rope" product page. "Minimum Tensile Strength of 33,500 lbs"; "For use on vehicles that weigh 7,200 to 10,249 lbs"; can "stretch up to 30% longer when being used." yankum.com/products/rattler-kinetic-recovery-rope
- offroad-ed.com, "Taking Precautions When Using a Winch." "While winching, stand clear. A safe distance is 1½ to 2 times the length of the cable you are using"; "Always keep the cable wrapped around the winch drum a minimum of eight times"; "Do not exceed the pulling capacity of your winch." offroad-ed.com: Taking Precautions When Using a Winch
- OSHA 29 CFR 1910.184, Slings. "All employees shall be kept clear of loads about to be lifted and of suspended loads"; "Slings that are damaged or defective shall not be used"; "Shock loading is prohibited." osha.gov/laws-regs/regulations/standardnumber/1910/1910.184
FAQ
The Hagglund's tracks were locked solid into river ice, not just stuck in mud. A winch line delivers a slow, controlled, static pull with almost no stretch, which is the safer first move on a load you can't see the underside of. Rick's crew guessed a couple of low winch lines would break it free, then built up to four lines driving the track mechanism plus two more on a straight dead pull when the first guess wasn't enough.
A winch line is powered by the winch motor and barely stretches, built for a slow static pull. A kinetic recovery rope isn't powered by anything but a second vehicle's momentum: it's nylon built to stretch up to roughly 30 percent under load, storing energy and releasing it as a rolling pull that can break a stuck or frozen load free where a static pull alone might not.
Up to roughly 30 percent under load, per Yankum Ropes' own product spec for the rope line Murphy's builds with them. That stretch is what stores the energy a kinetic rope releases as a snatch.
Nothing published changes a kinetic rope's rated breaking strength for cold weather specifically. What changes on ice is your own margin for error: footing is worse, a frozen load can let go all at once instead of gradually, and a rope caked in ice or grit should be inspected before it's trusted with a pull.
Yes, if it's rigged to a rated recovery point, nobody stands in the line of pull, and the rope is inspected first. OSHA's general rigging rule applies here as much as anywhere: everyone not directly working the recovery should be kept clear of a load about to move, and damaged rigging doesn't get used.
A common rule of thumb is a minimum breaking strength around three times the stuck vehicle's gross weight, in a length near 30 feet. The Murphys Diesel Recovery Rope is a 1-inch by 30-foot kinetic rope rated at 33,500 lb breaking strength for trucks and SUVs in the 7,200 to 10,249 lb range.
One 1-inch by 30-foot Murphys Diesel kinetic recovery rope, two 7/16-inch heavy-duty recovery slings, two 7/16-inch soft shackles, and a medium roll-top bag. Built with Yankum Ropes and tested by Wrecker Rick.