Land-Saving Solar Racking · Pilot Ready

Less Land.
More Solar.

Roll-A-Rack helps solar projects cut land take by moving fixed-tilt row spacing from feet to inches. The result is more usable PV capacity on landfills, brownfields, farms, and community parcels where acreage is the limiting factor.

~50% less land per MW1 installation completed2026 pilot reviews
FIG. 01 · Cross-sectionScale 1:24
~50%less land
12–18 inrow gap
PVcapacity kept
How it works

Design-build solar racking as a service.

We review the land constraint, design the compact racking layout, and form the steel channel at the project site so the rack is built around the parcel.

Roll-A-Rack equipment at the Cleveland sample installation
STEP 01 · DESIGN

Plan around the land take

We review parcel limits, target capacity, row spacing, drainage, and ground conditions before the rack is produced.

Roll-A-Rack channel being formed at the Cleveland sample installation
STEP 02 · BUILD

Form the rack at the site

A portable roll former converts coil stock into structural channel near the row, reducing long racking loads and enabling field adjustment.

Solar modules staged during the Cleveland Roll-A-Rack sample installation
STEP 03 · SUPPORT

Install with EPC crews

Roll-A-Rack supports layout, on-site forming, and rack delivery while installers place modules with standard field tools.

Sixty seconds: what on-site roll forming looks like

~50%
Less site footprint per MW vs. conventional fixed tilt
12–18 in
Target row gaps instead of conventional multi-foot spacing
4
Constrained site types: landfills, brownfields, farms, and community parcels
2026
Pilot site reviews for land-limited solar projects
Where it fits

Sites where acres are the constraint.

Roll-A-Rack is intended for projects where conventional row spacing or site disturbance consumes too much usable land.

Landfills

Capped sites where pile driving may be restricted. Racking sits on graded fill.

Brownfields

Sites with shallow contamination or excavation limits.

Farms

Small farm sites where row spacing affects usable land.

Community parcels

Lower profile, fewer truckloads, and less site disturbance.

vs. Conventional

Same panels.
Smaller footprint.

The service changes the rack and field workflow so rows can sit closer together on constrained land.

Conventional fixed-tiltRoll-A-Rack
Row spacing~7 to 10 ft~12 to 18 in
Racking arrivalPre-formed, flatbedCoil stock, one truck
Ground prepDriven piles, gradedGraded only
Site adaptabilityFixed before deliveryAdjusted in the row
Land-use ratioBaseline~50% reduction
Landfill / brownfield fitOften disqualifiedDesigned for
Sample install · Cleveland, OH · 2025

Feet on the ground.

A city-supported install in a Cleveland residential lot. Not a landfill project. Proof that the machine and install workflow run as designed.

Roll-A-Rack channel fabrication at the Cleveland sample installation
Roll-A-Rack installation crew working at the Cleveland sample site
Roll-A-Rack hardware at the Cleveland sample installation
Completed Roll-A-Rack sample installation in Cleveland
Pilot · Partner · Bid

Have a land-constrained solar site?

We have one installation completed and are reviewing pilot sites for 2026. If acreage, row spacing, cap restrictions, or site disturbance are shaping the project, send basic parcel information and timing.

Talk to us
What to send
  • Site type and parcel location
  • Current EPC bid or project status
  • Site constraints, such as cap, contamination, row spacing, or drainage
  • Timeline and decision owner