Aerials & Lifts
Description
Access complex elevations with a fleet engineered for stability and precision reach. From articulating booms for difficult-to-access overhead work to…
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Monday  7:30am – 5pm
Tuesday  7:30am – 5pm
Wednesday  7:30am – 5pm
Thursday  7:30am – 5pm
Friday  7:30am – 5pm
Saturday  8am – 12pm
Sunday  Closed
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Access complex elevations with a fleet engineered for stability and precision reach. From articulating booms for difficult-to-access overhead work to…
Achieve structural integrity with industrial-grade finishing and compaction solutions designed for the toughest site requirements. Whether you are prepping a…
Our earthmoving fleet provides the breakout force and hydraulic power necessary for rapid site development and excavation. From compact units…
Maximize your material handling efficiency with our comprehensive fleet of industrial and rough-terrain forklifts, engineered to deliver powerful lifting performance…
Equip your project with professional-grade tools designed for durability and high-torque performance across all trades. This comprehensive category provides the…
Maintain critical climate control and air quality with our high-capacity heating, cooling, and ventilation units. Engineered to handle large-scale commercial…
Transform raw land and maintain expansive commercial properties with our high-performance turf and timber management equipment. From heavy-duty brush clearing…
Streamline mechanical and electrical installations with specialized tools for threading, bending, and routing. Our inventory is built to handle heavy-wall…
Ensure 24/7 site productivity with dependable power distribution and high-intensity lighting solutions. From towable generators for remote sites to LED…
Deploy high-volume fluid management and consistent pneumatic power with our industrial pumps and compressors. Whether you are dewatering a major…
Mitigate jobsite risks and ensure site accessibility with our professional-grade safety and access solutions. This category includes everything from trench…
Optimize your logistics and site organization with rugged storage containers and high-capacity hauling solutions. Our weather-resistant containers protect valuable assets…
Achieve structural-grade bonds with our versatile fleet of portable and industrial welding units. Designed for precision and durability in the…
Crook County, Oregon, did not set out to become one of the most important markets for technology infrastructure construction in North America. It happened because the economics were undeniable: abundant low-cost hydroelectric power from the Columbia River system, cool average temperatures that reduce mechanical cooling loads, the low humidity and seismic stability of the high desert plateau, and land available at a fraction of what coastal markets charge. When the first hyperscale data center broke ground in Prineville over a decade ago, it triggered a wave of investment that continues to this day. The construction programs that followed permanently changed the scale of work this region can absorb, and the equipment that contractors working here need access to.Â
REIC Rentals in Redmond sits between the data center corridor to the east and the agricultural market of Jefferson County to the north, with the Bend metro’s residential growth pressing from the south. Our location on Highway 97 puts us at the center of the logistics network serving all three.Â
We have the full REIC Rentals network behind this location for anything beyond our local inventory.
From Redmond east through Powell Butte to Prineville, the US-26 corridor has become synonymous with hyperscale technology infrastructure. Madras, 25 miles north, is the center of Jefferson County’s agricultural economy: wheat, grass seed, mint, and potato production, which drives its own construction calendar. The Redmond metro itself is one of Central Oregon’s fastest-growing communities, with residential subdivisions and commercial development expanding steadily. Three distinct markets, one equipment rental delivery hub.
Power is where we start for this corridor, because temporary power is the critical path on the construction programs that define it. A data center campus under construction draws electrical loads that exceed those of many small towns, and utility interconnects for permanent power are rarely commissioned in time for construction start. Generators are the primary power for months on these programs, not backup. The stakes of sizing them wrong are measured in schedule delay, not inconvenience.Â
Large-capacity continuous-duty generator sets for data center and industrial construction programs are not backup units brought in for outages; they are primary power systems sized for the combined electrical draw of construction, temporary lighting, climate control, and specialty equipment operating simultaneously. Light towers support the extended operating schedules that data center construction programs frequently require: these campuses are built around the clock during critical phases, and the lighting infrastructure must keep pace reliably. Residential and commercial construction in Redmond and Madras also depends on temporary generator power for pre-utility phases, and we carry the full range from residential-scale portable units to industrial-capacity continuous-duty sets.
The specifications for data center construction interiors are not the same as general commercial tolerances. During certain phases, the humidity and temperature requirements for the spaces being built overlap with those of operational data centers. Equipment that cannot hold these tolerances creates rework conditions that cost far more to fix than precision climate control equipment costs under a temporary rental model. We provide precision air conditioning for data center construction phases requiring controlled temperature and humidity environments, sized for large-footprint, high-bay construction areas. Ventilation management for enclosed data centers and industrial buildings during construction addresses the heat generated by construction activity inside a thermally dense building envelope throughout the program. General cooling for worker safety during Central Oregon’s summer heat applies to all project categories in the region: temperatures above 100 degrees Fahrenheit in enclosed construction sites are a documented safety hazard that requires active mitigation.
Hyperscale data center campuses require earthmoving at a scale that sets them apart from commercial construction. Hundreds of acres of site grading, utility trenching for fiber, power, water, and cooling infrastructure running in multiple directions simultaneously, and compaction on the rocky volcanic soils of the Central Oregon plateau all require heavy equipment matched to the task. Residential subdivision in Redmond and the Bend-Redmond corridor involves site preparation on the high-desert plateau’s variable soil profile: pumice deposits, basalt outcroppings, and sandy, low-cohesion material that respond differently to compaction than the alluvial soils of lower-elevation markets. Jefferson County agricultural construction in and around Madras involves large-footprint site work for grain storage, potato packing, and irrigation infrastructure, where rocky soils and sparse utility infrastructure create site-prep challenges that require careful equipment selection.
Jet Heat flameless heaters are the heating solution for winter construction across the territory. Redmond and Prineville sit above 3,000 feet in elevation in a continental climate that delivers genuine winter cold and wind. Enclosed construction phases on data center, industrial, and residential projects all require sustained heating to protect workers and materials, and flameless technology produces clean, breathable air without combustion byproducts, an important consideration in the enclosed environments of technology infrastructure construction. Winter concrete work on the plateau requires temperature management that accounts for the region’s overnight lows and wind chill, which can make ground-level conditions colder than ambient readings indicate. Agricultural facility construction in Madras and Jefferson County often runs through fall and into early winter to meet pre-season operational deadlines for grain and potato storage capacity.
We stock boom lifts and scissor lifts for data center construction: high-bay server hall work, ceiling infrastructure installation, and exterior facade and mechanical equipment placement at elevated heights. Wind is a factor on open plateau sites, and our team discusses boom configuration and operational weather parameters with contractors before delivery. Industrial concrete tools are used in data center and warehouse floor construction, where precision flatwork applications require surface tolerances and reinforcement specifications that exceed those of standard commercial work. Welding equipment handles structural steel and process piping installation on the data center’s mechanical infrastructure. Forklifts stage materials on large-campus programs, and trailers and containers provide secure storage for 24-hour sites. The complete general construction tool catalog covers residential construction in Redmond and the surrounding communities across every trade.Â
Call our Redmond team or request a quote online.
The construction cycle for a hyperscale data center campus is long but not linear, and equipment needs shift dramatically from phase to phase. Civil and earthwork at the start of the program uses excavators, dozers, and compaction equipment intensively. As civil wraps and structural starts, the equipment mix shifts entirely. Interior fit-out phases require aerial access, climate control, and precision tools that civil contractors lack. Mechanical and electrical rough-ins still use different equipment. No single contractor on a data center program owns the right machinery for every phase. Renting lets the active phase drive the equipment mix and avoids the cost of idle assets during phases when different trades are running.
Our Redmond location sits on Highway 97 at the intersection with the Prineville Highway, at the center of the corridor’s logistics network. Prineville is 22 miles east on US-26. Madras is 25 miles north on Highway 97. For the Bend metro, our Bend location serves as the primary resource. For data center construction sites with site access protocols and logistics requirements, our delivery team coordinates with the site superintendent in advance to ensure equipment arrives ready to work without disrupting site operations.
Can you supply temporary power at the scale required for hyperscale data center construction?Â
Yes. Large-capacity continuous-duty generator sets for primary power in data center construction are part of our inventory. Our team discusses the load calculation, runtime requirements, and fuel logistics with your project team before delivery to confirm the right configuration. This is not equipment where approximating the sizing is acceptable.
What is your response capability for equipment failures on an active data center construction program?Â
We treat equipment failures in data center programs as the highest-priority service situations. Call our 24/7 support line, and our team will have a response plan in motion immediately. For sites in the Prineville corridor, response from our Redmond location is measured in minutes, not hours. If field service cannot resolve the issue, we dispatch replacement equipment as fast as our inventory allows.Â
Do you serve Madras and Jefferson County?Â
Yes. Madras is approximately 25 miles north on Highway 97. Jefferson County’s agricultural construction market, including wheat and potato storage facilities, irrigation infrastructure, and the commercial development serving the agricultural community, is within our standard delivery territory. We run regular scheduled rotations to Madras and plan around the seasonal construction demands of Jefferson County’s farming calendar.Â
Can you handle the precision cooling requirements for data center construction environments?Â
Yes. We provide precision air conditioning for construction phases where temperature and humidity specifications overlap with operational data center requirements. Contact our team with your specifications, and we will confirm the right equipment package before it is needed.Â
How does Central Oregon’s climate affect data center construction schedules?Â
The high-desert climate in Redmond and Prineville creates two distinct seasonal challenges. Summer heat above 100 degrees Fahrenheit inside enclosed construction sites requires active cooling to protect workers and materials during interior fit-out phases. Winter temperatures below zero require flameless heating during enclosed construction phases when concrete work and interior installations are ongoing. Planning for both in advance rather than reacting to seasonal transitions is how programs stay on schedule in this climate.Â
Can you support large multi-phase or long-duration construction programs?Â
Yes. Our Redmond location has access to the full REIC Rentals network. For multi-year data center campus programs, large residential subdivisions, or extended agricultural infrastructure buildouts, we plan equipment availability and delivery logistics across the project timeline rather than treating each delivery as a standalone transaction. Engage our team early in the planning process, and we will build a supply plan that scales with your project.