We build rigs to go out. This page is about making sure you come back.
Iron Ridge has been building Houston-area trucks and Jeeps since 2013. In that time we've heard the stories — and some of us have lived them. A winch cable that snapped. A hi-lift that kicked. A recovery strap that turned into a projectile. A truck that rolled because the spotter and the driver weren't on the same page. None of it had to happen.
Most trail incidents aren't bad luck. They're the result of good people using the right gear the wrong way, or the wrong gear at all. This page exists because we'd rather spend ten minutes educating you here than hear about it later. Read it once. Share it with your crew. Then go have fun out there.
If you only own one piece of recovery gear, it should probably be a hi-lift. It's a jack, a winch, a clamp, a come-along, and a vehicle spreader all in one tool. It's also put more people in the hospital than almost any other piece of trail gear.
Here's why: a hi-lift under load stores a significant amount of mechanical energy. When something goes wrong — a worn casting, a failed mechanism, an unstable surface — that energy releases instantly and the handle goes wherever physics sends it. At full extension with a loaded vehicle, that handle can travel fast enough and far enough to break an arm, knock out teeth, or worse.

The cast iron foot at the base wears over time, especially on rocks. A worn foot shifts under load. Inspect it before every use. If it's cracked or significantly worn, replace it — they're cheap. A casting failure under a loaded vehicle is not recoverable.
The hi-lift uses a single reversible pin that engages each hole in the bar as you pump. If this pin is worn, corroded, bent, or the mechanism is gummed up with dirt and old grease, it can fail to catch under load. Keep the bar clean, the mechanism free of debris, and lightly lubricated. If the action feels sticky or inconsistent when unloaded, fix it before you need it on the trail.
A hi-lift on soft ground will sink and shift. Always use a hi-lift base board — a piece of 3/4" plywood works — or at minimum a flat rock. Never operate a hi-lift on mud or loose soil without a base under the foot.
Never stand directly in line with the handle's travel arc — stand to the side, face away from the mechanism, keep bystanders back. Never use a hi-lift as a primary support under a vehicle you're working on. It is not a jack stand. People have died this way.
A winch is not a toy and it is not a substitute for driving skill. It's a last resort tool that, used correctly, can get you out of situations nothing else can handle. Used incorrectly, it can destroy your bumper, snap a tree, injure or kill a bystander, and still leave you stuck.
Steel cable stores enormous kinetic energy under tension. When it snaps — and it will eventually snap — it doesn't fall to the ground. It travels in the direction of least resistance at high speed. A snapped steel winch cable has killed people.
Synthetic rope is lighter, safer when it breaks, easier on your hands, and floats in water crossings. It's not as abrasion-resistant as steel, so keep it off rocks when possible. The safety argument alone is worth the upgrade.

Regardless of which rope you run: always drape a dampener blanket over the middle of the line when under tension. A heavy jacket works in a pinch. If the line snaps, the dampener absorbs the energy and drops it to the ground instead of letting it travel. This is non-negotiable on a working trail rig.
Ever. For any reason. If you need to cross to the other side, walk around the vehicle. A tensioned winch line that parts while someone is stepping over it is not survivable.
Your winch is only as strong as what it's attached to. A shackle rated for 4,700 lbs on a 9,500 lb winch will fail — and when it fails it becomes a projectile. Match every piece of hardware to your winch's rated pull. Always.
Wrapping a bare winch hook or wire rope directly around a tree damages or kills the tree and can damage your line. A wide nylon tree saver strap goes between your winch line and the anchor every single time.
Before you apply any tension to a winch line, everyone who is not operating the winch needs to be completely clear of the line's travel path. The danger zone extends much further than most people think.
This one injures people regularly because the gear looks similar and people assume it's interchangeable. It is not.
Designed to tow a vehicle that's already free — drag it from point A to point B on a flat surface. Using a tow strap as a snatch strap transfers the full kinetic energy of the tow vehicle into the strap and then instantly into the stuck vehicle's recovery point. Bumpers get ripped off. Receiver hitches get torn from frames. People get hit by hardware at projectile speed.
Absorbs the energy of the tow vehicle, stores it like a spring, and releases it gradually to break the stuck vehicle free. The stretch is what makes it safe and effective for vehicle recovery. Know which one you have before you need it — they're usually color coded but read the label, don't rely on color alone.
Only use rated, load-stamped shackles for recovery. A hardware store D-ring is not a recovery shackle. Screw-pin shackles should be wired or taped so the pin can't back out under load. Bow shackles handle multi-directional loads better than D-rings.
A trailer hitch ball is not a recovery point. Under a snatch load a hitch ball can shear off and become a projectile that will go through a windshield. Use a proper rated recovery hitch receiver or a dedicated recovery point on the frame.
A good spotter can get a truck through a line that would otherwise end in a rollover. A bad spotter — or no spotter — is how trucks end up on their sides.
If multiple people are shouting directions the driver has no reliable information. Designate one spotter before the obstacle. Everyone else stays quiet. This is a rule, not a suggestion.
Stop, come forward, go left, go right, back up, cut wheels — agree on what these look like before anyone gets on a technical obstacle. Don't figure it out mid-line when there's 18 inches of clearance on either side.
If the spotter calls stop, the driver stops. No debate, no "just a little further." The spotter can see things the driver can't. The driver's ego is not more important than the vehicle or the people around it.
The driver's eyes should be on the spotter, not on the ground in front of the truck. Trust the spotter. That is the entire system. The moment the driver starts looking at the terrain instead of the spotter, the spotter becomes irrelevant.
Nobody stands directly behind a vehicle on a descent or technical obstacle. If it comes back, it comes back fast and there is no warning. Clear the zone before any movement begins.
The spotter must remain visible to the driver at all times. If the spotter moves out of the driver's line of sight, the vehicle stops until contact is re-established. Never assume the driver can see you.
A vehicle fire on the trail is a different animal than one in a parking lot. You're not near a fire hydrant. The fire department is not three minutes away. By the time anyone responds, your rig is gone.
A dry chemical fire extinguisher mounted within reach of the driver — not buried in the cargo area under gear — is a minimum requirement for any serious trail rig. ABC rated, 2.5 lb minimum, ideally 5 lb. Mount it where you can grab it without getting out of the truck if possible.
Know where your fuel lines run relative to your exhaust. Know where your battery is and whether it's vented. Know where your recovery gear is stored relative to heat sources. If you smell burning plastic or fuel at idle on the trail, stop and find it before you keep driving. Trail fires often start small and give exactly one warning.
Most Houston-area trails have cell service. Most serious trail country does not. The Hill Country, Big Bend country, and anything remote in West Texas will leave you without a signal the moment you need one.
A Baofeng UV-5R or similar lets your group communicate across a line or a staging area without relying on cell service. Get your Technician license — it's a 35-question test — or at minimum know how to operate the radio in an emergency. $30 and an afternoon of studying.
A Garmin inReach Mini means you can send an SOS from anywhere on the planet that has sky above it. If your group is doing anything remote, one of these per group is not optional. The subscription is $15/month. A helicopter rescue is significantly more expensive than that.
Someone back home should know your planned route, your expected return time, and who to call if they don't hear from you by a specific time. This costs nothing and has saved lives. Don't skip it because the trail "isn't that serious."
This isn't a sponsored list. It's what experienced wheelers actually run. Start here and add based on where you're going and how serious the terrain gets.

The best recovery is the one you don't need. Momentum, line choice, and knowing when to back off and find a different line save more trucks than any piece of gear ever will. A trail rig is not invincible because it has a lift kit and lockers. Knowing your rig's limits — and your own — is the most important skill you can develop.
The trails aren't going anywhere. There's no trophy for the guy who pinned it through the sketchy line and broke an axle in the middle of nowhere. The win is getting out and coming back. Every time.
We can help you spec the right recovery gear, onboard air, and safety equipment as part of your build. Everything on this page — hi-lift, kinetic ropes, shackles, tree savers, fire extinguishers, onboard air systems — can be sourced and installed at Iron Ridge. Ask us about it when you request your build quote.
When you're ready to build the rig, we're ready to build it right. Recovery gear, onboard air, skid plates, armor — all part of the conversation.
We build trail rigs for drivers from across the entire Houston metro. Whatever terrain you're heading toward, we'll make sure the truck is ready for it.