Rooftop lifting equipment built for solar installers
If you install residential solar, the panels still have to get to the roof on every job, and renting a boom lift or carrying them up by hand both cost you. The FUEL Solar Lift raises and lowers panels and equipment up the Grade 1 extension ladders your crew already owns: a 27 lb (12.2 kg) system, about five minutes of setup, no rental line on the job budget. Lower cost per job, a safer crew, and less time on site.
The problem
Every residential install runs into the same bottleneck: getting the panels from the ground to the roof, over and over, on job after job. The two default answers both eat into the job. A boom or scissor rental is a per-install line item that never goes away, and it brings its own logistics: booking the machine, waiting on delivery, finding level ground and clearance to position it. On a ten-panel house, half the rental day can go to handling the rental.
Hand-carrying costs nothing to book, but it moves the cost onto your crew. A panel is wide, stiff, and catches wind like a sail, and a crew member climbing rungs with one is your WCB exposure in a single image. One slip is an injury claim, a cracked module, or both — and the risk compounds through the afternoon as the crew tires. Neither answer scales with the volume of ordinary one- and two-story houses that make up residential work.
How the FUEL Solar Lift handles it
The FUEL Solar Lift mounts to the Grade 1 aluminum extension ladder your crew already owns and raises one panel at a time from the ground while the roof operator receives it. Nothing gets rented, delivered, or leveled, and nothing waits on a booking. The whole 27 lb (12.2 kg) system rides in the truck with the rest of the gear and is working panels about five minutes after it comes out. An auto-locking pulley captures the load at every pause, so the ground operator guides the panel instead of holding its weight, and the CarryALL attachment sends inverters, racking, and tools up the same ladder.
Panels reach the roof on every single install. A hoist that works off your own ladder makes that leg of the job a fixed, known quantity — same tool, same setup, every house — instead of a rental to book or a risk to manage.
- Runs on the ladders already on your trucks. The lift mounts to a standard Grade 1 aluminum extension ladder. Nothing new for the crew to learn, nothing extra to haul or store between jobs.
- The rental line item disappears. Bought once, the lift pays for itself within the first one or two installs and keeps earning on every job after — which matters most on the small jobs where a boom rental erases the margin.
- Crew time goes to racking, not staging. Setup takes about five minutes, there’s nothing to deliver or level, and a crew can lift and rack around 40 panels in a few hours.
- Your WCB exposure shrinks. No one climbs with a panel in hand, and the auto-locking pulley holds the load at every pause. Fewer strain injuries, fewer dropped modules, fewer claims.
- Panels and gear ride the same ladder. The CarryALL attachment hoists inverters, racking, and tools, so the roof crew isn’t waiting on hand-carried deliveries between panels.
Built by a licensed engineering firm. The FUEL Solar Lift is engineered and manufactured in Calgary, Alberta. FUEL Innovation Design & Manufacturing Inc. holds a Permit to Practice with the Association of Professional Engineers and Geoscientists of Alberta (APEGA) and operates under a Quality Management System (QMS). For a crew, that permit and QMS mean unit-to-unit consistency: the lift on truck three behaves exactly like the one on truck one, and replacement parts fit.
Related options
Compare every option
Hand-carry, ladder hoist, boom lift, and crane, side by side on cost, setup, crew, and site access.
Read more →vs. renting a boom lift
Where a rented boom pays off, and where it's more machine — and more cost per job — than a house needs.
Read more →vs. a crane or boom truck
When a crane earns its call-out, and why it's overkill for routine residential modules.
Read more →vs. carrying panels by hand
The safety and WCB case against muscling panels up the rungs.
Read more →vs. other ladder hoists
Why hoists built for shingle bundles aren't shaped for a pane of glass.
Read more →Check your ladder fleet
The verified Grade 1 aluminum extension ladders the lift mounts to — worth a look before you buy.
Read more →CarryALL attachment
Sends tools, inverters, racking, and ballast up the same ladder as the panels.
Read more →Solar panel removal
The same lift working in reverse: lowering an array for a re-roof and re-lifting it after.
Read more →Frequently asked questions
What's the best lift for solar installers?
For routine residential installs, the most cost-effective tool is a portable hoist that works off the ladder your crew already owns, rather than a rented boom or scissor lift you pay for on every job. The FUEL Solar Lift raises and lowers panels and equipment up a standard Grade 1 aluminum extension ladder with a two-person crew: no rental, about five minutes of setup, and it travels to site at 27 lb. A boom lift or crane still makes sense for heavy commercial modules or roofs beyond a ladder's reach.
Does the FUEL Solar Lift work with the ladders we already own?
In most fleets, yes. The FUEL Solar Lift mounts to verified Grade 1 aluminum extension ladders; fiberglass and Grade 1A ladders are not compatible. The full list of verified models is on our compatible-ladders page, so you can check your trucks before you order.
How much time does it save on a solar install?
Setup is about five minutes, and hoisting is quick enough that a crew can lift and rack around 40 panels in a few hours, with no machine to deliver, position, or level first. Installers tell us it saves them time and money on site and, without rental costs, pays for itself within the first one or two system installations.
Is it safer than carrying panels up a ladder?
Yes. Nobody climbs the ladder with a panel in hand: the ground operator hoists from below, the roof operator receives, and the auto-locking pulley holds the load at every pause so a slip doesn't drop a module. That removes the riskiest moment on the job — a crew member at height with a wide, wind-catching load — which is when most rooftop lifting injuries and dropped panels happen.
How many people does it take to run?
Two: a ground operator who hoists and a roof operator who receives the panel. It's designed as a two-person tool, matching the crew you already send to a residential install.
Ready to own the lift?
Own the lift once and set up in minutes on your next install.