Re-inventing the wheel isn’t an easy task. Many companies try and try to bring a product to market that completely redefines the standard of a given item, and fail. So when a company actually comes up with something that brings about considerable increases in user safety, ease of use, maintenance, weight savings, and increased portability over a long-accepted standard you have to spend some time with this new item to see how it really compares to the old standard. In this case, I’m happy to report that ARB has come up with a worthy successor to the Hi-Lift jack – and they’ve named it after one particularly rugged and dapper looking fellow. Meet JACK.
ARB’s JACK competes with the Hi-Lift jack that has been around for more than 100 years, and in that time the Hi-Lift has become the gold standard recovery item that’s carried on all manner of rigs for good reason. A Hi-Lift is a very dynamic tool that can be used in a multitude of ways to help solve all kinds of recovery problems. Unfortunately, many Hi-Lift jacks live their lives exposed to the elements, and the only time these outdoor-dwelling jacks have ever seen lubricant was at the factory. Like any tool that isn’t cared for, a Hi-Lift doesn’t work as well when it’s neglected, and rust build up and/or dry running gear can turn a very capable tool into a boat anchor – and that won’t help you solve a recovery problem
Using a Hi-Lift can be the clutch tool you need to get unstuck, but they’re also tools that can seriously harm you if you fail to respect the forces associated in using one. A Hi-Lift uses mechanical means to raise and lower a load, and as such has a number of places to pinch, smash, and otherwise impart damage to your body. In a lowering situation, the lever arm can runaway from the jack operator and turn into a body-smashing runaway arm. Google “runaway Hi-Lift” if you want to see what I’m talking about. Yet for all their faults, Hi-Lifts have been getting folks unstuck for decades, because they work well in all kinds of situations. So ARB’s JACK has to bring some serious advantages to the table to compete with the tool that’s been king for over 100 years.
Regular maintenance and training can mitigate many of the risks associated with using a mechanical jack. Yet taking these risk factors out of the picture all together is a better solution, which is exactly what JACK does. JACK uses hydraulic power to raise and lower a load, which means that the steel standard bar, running gear, steel handle, and all the effort required from the operator to use a mechanical jack, are replaced with a lever that requires a fraction of the effort to operate. To raise a load, simply pump JACK’s lever and watch hydraulic power do all of the work. When it comes time to lower the load, simply press the red lever to engage one of two circuits; a high speed and low speed depending on how quick you need to lower said load.
Folks who are lightweight will really appreciate how much easier it is to use JACK to raise and lower a load compared to a Hi-Lift jack where the operator is the weight imparted on the lever that causes the Hi-Lift’s running gear to climb or descend the standard bar. JACK also lets you make much more finite and precise adjustments to load height, as opposed to the Hi-Lift which is limited to the spacing of the holes in the standard bar. Then there’s the weight and packed size of JACK to consider – JACK may look big and imposing in photographs, but he packs up to a compact 36 inches long and weighs in at 23 pounds which is roughly 7 pounds less than a 48-inch top-shelf Hi-Lift.
When it comes to lifting loads, JACKS’s body has nine notches where you can position the tongue to interface with your load, which leaves the piston stroke for actually lifting the load. In terms of packed size, a 36-inch Hi-Lift will top out at 22 inches, while JACK can go all the way to 48 inches. Likewise, a 48 inch Hi-Lift will top out at 34 inches, and the 60-inch Hi-Lift will get you 46 inches. It’s important to note here that a Hi-Lift can run its entire range (length of standard bar) in one go, while JACK is limited by it’s piston stroke of 21-22 inches.
If you’ve taken a class on advanced Hi-Lift technique, you’re aware that a Hi-Lift can winch, clamp, and spread, which are things that JACK would be unable to do without modification or some ‘solution-engineering’, so be aware that JACK only lifts, it does not provide power in both directions to clamp and spread.
Folks who are well-versed in Hi-Lift will also key-in on the fact that a number of tongue-mounted accessories that work with other recovery devices will also work with JACK. I need to point out though, that if you try and use such accessories, that you can’t blame me if your improvised solution fails and someone gets hurt. JACK has eliminated a number of risk factors over a Hi-Lift jack, but the fact that you’re still lifting thousands of pounds from a single point means that significant risks still exist.
Yet, JACK isn’t without fault. You can still smash a finger on the lever (prevent this by pushing with an open hand, like you’re pushing a wrench), and operationally speaking you’ll find that lowering the running gear on your Hi-Lift is much easier that compressing JACK back to his storage size when you don’t have a few hundred pounds of load to fully compress the piston. So how do you compress the piston when your load is back on the ground? Well you make a game out of it – essentially what you need is weight to compress JACK, so stand on the tongue and start balancing while holding down the red lowering lever. If you’re good, you can get the piston fully compressed without having to dab for balance with your other foot. If your balance isn’t so good, have a friend help stabilize you while you’re JACK-standing.
While you’re balancing on JACK, take a second to appreciate the JACK’s foot, which thanks to a beefy ball joint, is actually EXTREMELY stable. Yet, the foot can still sink into the ground if you try and lift a heavy enough load on a soft enough surface, so you you may need something to distribute the load further when working on soft surfaces. ARB does make an off-road base for JACK, so if you’re going to be using JACK in dune sand or soft surfaces this base is a good thing to pick up as well.
Yet compressing JACK’s piston isn’t the biggest piece that needs addressing – it’s the price tag that is going to be the challenge for JACK. With a quick Google for ARB JACK turning up prices around $775 USD, this isn’t a small purchase – so let’s think about this by considering some alternatives. On one hand, you can buy a Hi-Lift for a fraction of the cost, and if you take care of your Hi-Lift and learn how to use it, there’s no reason it won’t take care of you.
But, let’s say that you don’t really take care of your Hi-Lift, or maybe you like it, but don’t want to pay for training by an I4WDTA Certified Trainer on how to use it correctly. And then, one day you get to experience a run away Hi-Lift. Depending on how bad the Hi-Lift gets you, $775 could be a steal compared to what an EMS response would cost you. But please, don’t think that high quality training or buying JACK makes you invincible – you’re still playing with thousands of pounds of force and working against gravity.
Off road recovery isn’t cheap, and while I’ve never had the privilege of footing such a bill, I do know that it’s easy to spend a four-figure sum, so a three-figure recovery device sounds like a better deal to me if it means you’re going to have said tool with you, instead of leaving your Hi-Lift at home because it’s too big, rattles too much, or destroys your vehicle interior. JACK does pack up small and rides quietly, and the included bag means it can ride inside any vehicle without trading paint with your interior. Hopefully, this means you’re more inclined to bring it with you on your adventures.
Even when you’re not in a recovery situation, JACK can prove to be quite handy for work, such as when you’re trying to lift a grooming implement up so that you can hook it up to your Ranger with Tracks, because letting JACK do the work is way better than letting your back do it. I know this is a random example, but stick with me. This is something I’ve considered doing with a Hi-Lift for years, but I’ve never felt quite safe doing it. Yet, JACK is easier to use and stable enough that I feel comfortable using it to lift this implement – and my back is quite happy to not have to make that lift.
I have to hand it to ARB – they’ve succeeded in reinventing the wheel, or the high lifting jack in this case with JACK. Yes, its going to cost you a pretty penny up front, but you’re getting a safer, easier to use (especially if you’re a smaller or lighter person), easier to transport option for a tool that’s been the standard for a very long time. As mentioned, JACK can’t winch, or clamp, or spread, but I’d wager that with some clever thinking, a good recovery kit, and a solid understanding of physics, you could employ JACK to do just about anything. Aside from the limitation of the piston stroke (with is more than enough stroke to lift the vast majority of vehicles that will carry JACK), the ARB JACK can lift higher, pack up smaller, and weighs less than a Hi-Lift. There’s less maintenance, and cleaning JACK is as easy as wiping it down. The fact that JACK lives in a case inside your rig means that it’s not going to let you down due to rusting or getting gummed up with dirt and debris, and you’re never going to have to improvise some form of lubricant to get the thing to work.
The upfront purchase price of JACK is definitely something to consider, but in the time that I’ve had JACK, I’ve put it to use many times and found real value added in it’s ease of use and safety factor. So I can confidently say that JACK pays for itself in short order.
Goal Zero knows a thing or two about powering gear in the field. From backpacking-friendly solar panels that can keep your phone topped off on a through-hike, to much larger solar panels and batteries that can run Hollywood-caliber film productions in the bottom of the Grand Canyon for 21 days, the Goal Zero ecosystem can power all of the things. I’ve been using their Lead-Acid AGM-powered Yeti Portable Power Stations for years, so when Goal Zero released a line of Yetis with Lithium-Ion Nickel-Manganeese-Cobalt (NMC) batteries, I had to get my hands on one and put it though a long-term test to see how it compared to the OG Yeti’s that have proven themselves with me. To round out the test, I also got a 
Meet the Lithium Yetis
The Yeti 1400 can also be moved around easily thanks to it’s very manageable weight, so bringing the unit into your tent, out to a table, or really anywhere you need power isn’t a major hassle, or a team lifting exercise. Once you have the Yeti where you want it, the spectrum of power outlets allows you to power so many different things. Modern USB standards enable phones and other devices to charge just like they would with their factory chargers, which means more time using gear and less time charging in the field. From charging power tool batteries for that backcountry cabin you’re working on, to running mission-critical equipment as a first responder, or keeping the lights on at an aid station for an Ultra – the Yeti can bring the power reserves, and the power outputs you need to run your equipment. Anywhere.
Harvest the Sun
Gear That’s Grand Canyon Rated
So What’s The Catch?
The Bottom Line
A Word On Product Selection