Meet Jacob Frushtick, the driving force behind LFD Off Road

At LFD Off Road, products don’t start in a boardroom. They start in the real world — on the trail, on the highway, and in the moments where gear either works… or it doesn’t.

At the center of it all is Jacob Frushtick, LFD founder and lead engineer, whose philosophy is simple: build products that actually perform where and when it matters.

Built by Experience, Not Assumptions

Jacob doesn’t design from theory — he designs from experience.

“Off-road is such a wide term,” he explains. “Some people’s idea of it is driving into the forest once a year; thers are doing 10,000-mile trips and spending days off grid. I’ve had the privilege to work with both ends of the spectrum and learn what’s important to each side.”

That range of experience has shaped how LFD approaches product design — not for one type of user, but for real-world use across the board.

It also influences how Jacob builds his own vehicles.

“Reliability, capability, and comfort — typically in that order,” he says. “Every trip is different though. An exploring overland trip is different from a wheeling trip, and they need different setups.”

Designing From Real Problems — Not Trends

At LFD, product development doesn’t start with “what looks good.” It starts with what’s broken.

Sometimes that insight comes the hard way.

“One of the biggest facepalm moments I’ve had was during a recovery scenario,” Jacob recalls. “I was running a hidden winch, and the line got caught and started back-spooling. There was no way to access it without removing the bumper.”

That experience directly shaped LFD’s winch bumper design philosophy.

“You need to have easy access to the clutch and be able to see the winch line. Hidden winches look great — and they have their place — but for hard winching, you really need that access.”

It’s a perfect example of how real-world use drives better engineering decisions.

What “Trail-Ready” Actually Means

Jacob doesn’t sugarcoat it — “trail-ready” is a term he doesn’t trust.

“It gets thrown around so often that it’s almost meaningless,” he says. “There’s so many products labeled trail-ready that are, to be blunt, junk.”

At LFD, the standard is much higher.

“Our expectation is that you can put hard use on a part without worrying about failure. Whether it’s a rack carrying cargo or a bumper for a winch — it needs to perform when it matters.”

That mindset comes from understanding what’s at stake.

“We’ve had customers roll vehicles in the middle of nowhere and self-recover using our winch bumpers. Building something that can withstand that and still function is something we take seriously.”

And the goal?

“It’s simple — I never want to see a message from a customer that says, ‘your product broke on the trail.’”

From CAD to the Backcountry

While every product starts in CAD, Jacob is quick to point out that it’s only the beginning.

“CAD is great for drawing the parts,” he says, “but we test every product personally in the field — not just on pavement.”

Because once you leave the computer, reality kicks in.

“You find things in the field that just aren’t obvious on a screen. When you’re stuck in a muddy rut or off-camber on a rock and actually using the gear — that’s where you find areas to improve.”

That testing process is anything but light.

“I’ve installed a prototype rack and left the next day on a cross-country trip,” he says. “It’s one thing to go 50–100 miles. Five thousand miles over two weeks is a much bigger commitment.”

But that’s the point.

“When you have confidence in your design, you’re willing to do that.”

The Evolution of the Low Profile Rack

The redesign of LFD’s Low Profile Rack is a direct result of years of iteration, testing, and refinement.

“Our full rack was first developed in 2018 after the success of our Ruggedized Crossbars,” Jacob explains. “It’s been a great rack, but over the years we’ve looked for ways to improve aerodynamics and lower the height without sacrificing usability.”

That evolution didn’t happen overnight.

“We introduced the low profile concept in 2024 with an aluminum version, then pushed it further in 2025 with the 6th Gen 4Runner rack — that was the first low-profile design using our Ruggedized Crossbars.”

Now, that progression has come full circle.

“We’ve taken everything we learned from the 6th Gen and applied it back to the 5th Gen 4Runner and GX460 racks,” he says. “It’s our quietest and strongest rack yet.”

Lower, Quieter, More Refined

The headline change is simple: the rack is one inch lower.

But getting there wasn’t.

Lowering the profile meant rethinking the entire structure — not just trimming material, but maintaining strength, rigidity, and load performance.

At the same time, airflow became a major focus.

“The new angle on the wind fairing is much quieter and offers better efficiency,” Jacob says. “And it looks pretty darn good too.”

That combination of performance and refinement is what sets the redesign apart.

Prototyping in the Real World

Even after design and manufacturing, the process isn’t finished.

“First step is getting it on the vehicle,” Jacob says. “There’s a saying — ‘well it worked in CAD!’ — and sometimes real-world tolerances prove that wrong.”

From there, it’s all about testing.

“I check for interferences, then take it on the highway. Noise shows up pretty quickly at speed. If it’s quiet, I load it up and take it on a trip.”

And not short ones.

“Those longer trips are where you really validate a design.”

Designing for the Future of Off-Road

As vehicles evolve, so does the challenge of building for them.

“I was adamant that putting a hybrid system in the new Land Cruiser was the wrong move,” Jacob admits. “Then I drove one…and bought one the next day.”

That shift in perspective reflects a larger trend.

“There’s a lot of technology that’s only now becoming robust enough for off-road use,” he says. “Our goal is to build products that enhance these vehicles without interfering with their systems.”

That’s a hard line for LFD.

“Automakers spend a ton of time developing these platforms. Aftermarket parts should never require disabling those features — they should work with them.”

The Biggest Misconception in the Industry

According to Jacob, one of the biggest issues in the off-road space is the gap between appearance and function.

“I see a lot of products that look good but aren’t functional,” he says. “If you have CAD skills, it’s not that hard to draw something that bolts onto a vehicle. But it takes real knowledge to understand where designs fail.”

He points to recovery points as a common example.

“A lot of them are just tabs welded to the face of a bumper,” he explains. “I’ve seen that steel rip open like a can opener. Proper recovery points need to be tied into the winch cradle and aligned with the frame.”

It’s details like that that separate real engineering from surface-level design.

More Than Engineering

Jacob’s approach isn’t just technical — it’s also rooted in education.

“I got started by taking a class from I4WDTA-certified instructors back in 2016,” he says. “Those experiences — and the people — really shaped how I approach this.”

That path led him to pursue certification himself.

“The exam has about a 20% pass rate,” he says. “I earned a pass on probation in 2025, and I’m working toward full certification.”

That background reinforces a bigger idea:

Understanding how to use gear properly is just as important as building it.

More Than a Product

At the end of the day, LFD isn’t chasing trends. They’re solving problems.

Every product reflects time in the field, lessons learned the hard way, and a constant push to improve.

Because as Jacob sees it, this isn’t just about parts.

It’s about building gear people can rely on — no matter where they take it.