Software for the yard running telescopic boom lifts.

A telescopic boom lift is the unit a yard reaches for when a worker has to get high and far out — up to a platform that sits well above the ground and a long way horizontally from where the machine can park. That straight-boom reach is what sets it apart from a scissor lift or an articulating boom: it puts a crew at a single elevated point over fences, tanks, and obstacles a closer-in machine could never clear. The same reach makes booms hard to run as a fleet. They are heavy and long, so transport eats into the rotation; the hour meter climbs fast on a turnaround; and the platform, sensors, and hydraulics take a beating in the field. EquipFlow handles telescopic boom lifts the way the yard that built it does — dispatch, billing, maintenance, and return inspection on one record per unit.

Built inside Rental King, right now.

Rental King is a heavy-equipment rental yard in Odessa and Midland, TX. They run telescopic boom lifts, manlifts, forklifts, light towers, generators, compressors, and water trucks on MSA contracts through the Permian Basin — 24/7, oilfield pace. EquipFlow was designed and first deployed inside that yard. Every feature was tested against their live operation before it shipped. The product runs there today.

Telescopic boom lifts are high-value, high-utilization units, and the money leaks in two places: standby hours that never reach the invoice, and field damage that goes out the gate uncharged. A unit parked on an MSA shutdown earns nothing extra if the idle hours are not billed, and it loses real money if a cracked platform or a knocked-out tilt sensor is missed at return. The hour meter is the spine of both maintenance and billing, so it has to be captured the same way every time — at return, on the inspection, against the rental record. When dispatch, billing, maintenance, and inspection all read from one unit record, the dispatcher matches reach and rate to the job, the mechanic services against real hours, and the bookkeeper closes the month without rebuilding it from memory. That single-record discipline keeps a heavy, high-churn boom fleet from running on guesswork.

Telescopic Boom Lift specs the rental record tracks.

Every number below is a sourced specification range. The render layer is the only path these values reach the page — they live on the unit record, not in a dispatcher's head.

Max platform height

40-180ft

Max horizontal outreach

32-80ft

Platform capacity (rated)

500-1000lb

Operating weight

11650-55000lb

Diesel engine power

49-74hp

Max drive speed

2.3-3.8mph

Gradeability

35-45%

How EquipFlow handles telescopic boom lifts on the dispatch board.

Telescopic boom lifts are big, heavy, and long, so dispatch is as much a transport problem as a scheduling one. The dispatch board shows each unit on the driver-by-hour view, but the bigger booms need the right trailer and a tie-down plan, and an oversize-load reach can pull a unit out of the rotation for a half-day haul each way. A dispatcher can see which units are on location, which are loaded, and which are due back, on the same responsive screen at any hour. The trap here is matching reach to the job: a customer who needs horizontal outreach gets nothing useful from a unit chosen on platform height alone, so the dispatcher confirms both reach and capacity against the work before the truck rolls. Because the high-reach class is thin in most fleets and books out fast during overlapping shutdown windows, the board surfaces conflicts at assignment rather than at the gate.

Billing telescopic boom lifts — MSA, standby, and site-level tax.

Most boom-lift demand on facility and oilfield work is MSA-contracted, so the rate override lives on the customer record per equipment class rather than in a sheet the dispatcher keeps current. A telescopic boom lift rental created for that account applies the negotiated rate automatically, and the high-reach class can carry a different rate from the mid-size class under the same MSA. When a unit sits on a turnaround through a permit delay or a weather hold, standby bills at a rate separate from active hours; the dispatcher marks standby and the invoice carries both lines without a month-end rebuild. Delivery, pickup, and the oversize-haul charge the bigger booms incur ride the same invoice. Tax jurisdiction is set on the delivery-site record, so a unit that crossed a county line still gets the right rate per site. Invoices post to QuickBooks Online on close.

Maintenance on telescopic boom lifts.

Boom-lift PM runs off the hour meter, not the calendar, because a unit on a shutdown can burn an interval in a couple of weeks while a yard spare sits idle for a season. The hour reading posts when the return inspection records it, and the maintenance module advances the PM clock from that reading so the next service lands against real usage. The boom structure and its hydraulics carry the work — the telescoping circuit, the lift and tower cylinders, the platform-rotation and self-leveling functions — so PM leans on hydraulic oil, filters, hose and fitting condition, and boom wear-pad checks alongside engine and drive service. The platform-level and tilt-sensor systems get attention too, since a fault there locks the machine out entirely. Work orders, parts, and meter history live on the unit record, which is also where a damage charge from a return inspection becomes a repair ticket.

Telescopic Boom Lift return inspections.

Two inspection rhythms apply. The operator's pre-use check before every shift is a manufacturer and aerial-work-platform requirement, and it stays the customer's responsibility while the unit is on rent. The yard's own control is the return inspection: before a boom lift comes off rent, the driver runs a mobile-web checklist on a phone — no app install — captures the hour-meter reading, and attaches required photos that cannot be skipped. Boom-lift-specific checks matter here: platform and basket condition, the platform gate and harness anchor points, boom wear pads and the telescoping sections, tilt and level sensors, foam-filled-tire damage, and any hydraulic weep at the cylinders or swivel. Glycol and control-line leaks at the basket controls get caught here too. The return inspection ties to the rental record before the truck leaves the customer site, so a damage dispute has photos and a timestamp behind it.

Common telescopic boom lift classes in the field.

The product, the same way it runs for telescopic boom lifts.

The sections below are the EquipFlow modules that matter most when running telescopic boom lifts — each links to the full feature detail.

Operator guides for running telescopic boom lifts.

Field-tested playbooks that go deeper on pricing, dispatch, billing, and maintenance for fleets like this.

• Aerial Lift Inspection Requirements →
• Boom Lift vs Scissor Lift for Renters →
• Renting Out Aerial Lifts Safely →
• Reducing Equipment Downtime in a Rental Yard →

What you give up running telescopic boom lifts in EquipFlow.

EquipFlow is a web app, so the return inspection needs a signal to load. On a remote pad with no coverage, the driver cannot complete the mobile inspection at the customer site; most yards run it at the yard on return instead, which means the photos and hour reading land later than ideal. There is no built-in telematics integration today, so engine-hour and fault data from a manufacturer's portal is not pulled automatically — the hour meter is captured at return inspection. And the rate logic is built around the MSA-and-standby model facility and oilfield work runs on; a yard with an unusual billing structure should bring it to the demo to be scoped honestly.