If you're buying a Terex machine, budget for the parts. If you're spec'ing a job site, budget for the electrical. The rest is noise. That's the short version after six years and nearly $200,000 in tracked spending across our equipment fleet and site infrastructure. I manage procurement for a mid-size construction outfit—we run a mix of Terex wheel loaders, Finlay crushers, and a couple of older Grove cranes—and I've learned that the difference between a project that makes money and one that bleeds it often comes down to two things: where you source your spare parts, and what your electrician quoted you for the breaker panel.
Let's Get the Grove Crane Question Out of the Way
The internet loves to ask: "Who owns Grove cranes, Terex or Manitowoc?" And if you're shopping for a used Grove or spec'ing a new all-terrain, that question matters. The short answer: Terex owns Grove. Terex acquired the brand in 2002, and it sits alongside Demag and other brands under the Terex Cranes umbrella. It is not a Manitowoc product—that's a common confusion because both are big names in lifting.
If I remember correctly, Manitowoc's crane portfolio is primarily the Potain tower crane brand and the Grove name got folded into Terex way back. But here's the thing that actually matters for your budget: parts availability is better from Terex for Grove cranes, in my experience. Manitowoc dealers won't stock Grove-specific components like boom sections or swing drives. You'll pay a premium for aftermarket alternatives if you try to go the other route.
What does this mean for cost control? If you're inheriting a fleet with a mix of brands, standardize your parts sourcing by parent company. We tried mixing—buying a Demag replacement from a third-party specialist to save $400 on a hydraulic cylinder—and ended up with a three-week delay because the seal kit wasn't compatible. (The 'budget vendor' choice looked smart until we saw the fit. $1,200 in downtime for a $400 savings. Net loss: $800. Surprise, surprise.)
Bottom line: If you're buying a Grove, plan to buy Terex OEM parts for critical components. The aftermarket is fine for wear items (filters, hoses), but for anything structural or hydraulic, don't gamble.
The Terex 760B Parts Lesson: Not All Obsolete Is Expensive
We run a Terex 760B scraper—it's an older machine, but perfect for our medium-volume earthmoving jobs. When the transmission pump started whining last quarter, I assumed we were looking at a $4,000+ OEM replacement (or worse, a $10,000 rebuild). I was wrong.
I assumed "obsolete model" meant "obsolete parts"—meaning expensive or unavailable. Didn't verify. Turned out Terex still lists the 760B in their parts system, and the pump was $2,800 from the dealer. But here's where it gets interesting: A remanufactured unit from a reputable hydraulic shop was $1,100—with a warranty. We went with the reman. It's been 14 months and zero issues.
What I learned: Never assume the Terex part number is your only option. For the 760B, the OEM part was fine, but the aftermarket was actually better value because the machine is simple enough that third-party rebuilders have the specs dialed. For our newer Terex wheel loader (a TL80, I think—don't quote me on the exact model), I wouldn't take that gamble. Newer machines have electronic controls and proprietary software. For the old scraper? It's a hydraulic pump. A specialist can rebuild that in their sleep.
Note to self: Verify OEM parts availability before buying any used Terex equipment. If the part number still shows active in the Terex parts portal (app.terexparts.com), you're safe. If it's a 'call for pricing,' that's a red flag.
What Does a Scissor Lift Have to Do With a Breaker Box? More Than You Think
This is the part of the conversation that always gets overlooked, but it's where I see the most budget waste. We were quoting a job that required a scissor lift for indoor ceiling work. Simple rental, $400/week for a Skyjack. Easy. But the facility didn't have the right electrical hookup—no 240V single-phase outlet near the work area.
Suddenly, the $400 rental turned into a $1,800 electrician bill to install a new breaker and run conduit. And the breaker box itself needed upgrading for the current draw. That's where the term 'GFCI breaker' started haunting our budget.
The electrician quoted us $85 for a standard 20-amp single-pole breaker. But for the outdoor scissor lift application (and per electrical code), we needed a GFCI breaker—the kind with the built-in ground fault protection. The same 20-amp GFCI breaker was $65 at Home Depot (yes, we checked) but cost $120 from the electrician with their markup. We bought it ourselves and saved $55. Not a fortune, but multiply that by five job sites and it adds up.
The lesson: Before you rent or buy any powered equipment, know what's on the other end of the cord. The cost of the machine is the easy part. The breaker box and electrical work is the hidden cost that can kill your margin if you don't plan for it.
"The vendor who said 'this isn't our strength—here's who does it better' earned my trust for everything else."
That applies to electricians too. Our regular electrician admitted he's not the best value for small jobs—he's a commercial industrial shop that charges $150/hour. For the scissor lift hookup, he recommended a one-man electrical contractor who does residential/commercial mix for $75/hour. We saved $450 on that single job because he was honest about his boundaries.
GFCIs, Breaker Boxes, and the TCO of Your Job Site
When I think about total cost of ownership for a piece of equipment—whether it's a Terex backhoe or a scissor lift—I include the site prep. And electrical prep is the most consistently underestimated cost. Here's what I've tracked over the past three years:
- Standard breaker (15-20A): $5-15 at retail. Electrician charges $25-50 installed.
- GFCI breaker (15-20A): $30-65 at retail. Electrician charges $80-150 installed.
- AFCI/GFCI combo breaker: $45-90 at retail. $120-200 installed. (This is for new construction or renovations per code.)
- Adding a new circuit: $150-300 minimum, depending on distance from the panel.
The markup on GFCIs from electrical contractors is real. The job itself requires electrical knowledge, but the breaker is a commodity you can buy yourself. Check your contract: if the electrician is charging a flat fee for the job, they're including the breaker at their cost plus markup. If they're billing time and materials, ask to supply the breaker yourself and save 30-50% on that line item.
I want to say we saved about $600 last year just by buying our own GFCI breakers for rental equipment setups. But I might be misremembering the exact figure—check your own receipts. The principle holds, though.
When The Cheap Option Costs You (and When It Doesn't)
This approach worked for us, but we're a mid-size construction company with predictable job site patterns. If you're a larger operation with a dedicated electrical crew, your calculus is different. If you're a freelancer running one scissor lift annually, just pay the electrician's material markup and move on. The time you'd spend sourcing the breaker isn't worth the $20 savings.
The same logic applies to Terex parts: For critical drivetrain components on a Terex wheel loader, buy OEM. For wear parts on an older scraper like the 760B, the aftermarket is your friend. The key is knowing which category your part falls into. I built a simple cost calculator after getting burned on a third-party hydraulic pump for a newer machine—the savings were real, but the fitment issue cost us three days of downtime. Not worth it for anything under $2,000 in savings.
Here's what you need to know: Every piece of equipment—Terex, Grove, or scissor lift—has a support ecosystem. Learn its boundaries. The vendor who says 'we don't stock that, but here's who does' is more valuable than the one who says 'we can get it' and delivers it a week late.
And for the love of your budget: Check the breaker box before you plug anything in. A $65 GFCI breaker you install yourself is a $200+ line item on an electrician's invoice if you don't prepare for it.
One Final Caveat
This pricing was accurate as of Q4 2024. The market changes fast—especially for electrical components and equipment parts—so verify current rates before budgeting. I can only speak to domestic operations and standard North American electrical codes (NEC). If you're dealing with international job sites or different voltage standards (208V, 400V), there are factors I'm not aware of.