Software for the yard running pipe pushers.

A pipe pusher is the unit a yard sends out when a crew needs to drive pipe into the ground without putting a person in the trench. Mounted to an excavator and run off its auxiliary hydraulics, it grips polyethylene, casing, or steel pipe and feeds it into an open excavation or a host line — all from the cab. Utility crews use it for gas, water, and sewer mains; oilfield crews push flowline into bell holes; rehab crews slipline a fresh liner into a tired host pipe. That keeps it busy in short, heavy bursts and tightly coupled to a carrier it does not own. EquipFlow runs pipe pushers the way the yard that built it runs them — 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 pipe pushers, 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.

Pipe pushers are carrier-dependent, idle-prone units, and both traits are where money slips on a rental yard. A unit sent to an excavator that cannot feed it never works, so the carrier match has to be confirmed before dispatch, not discovered at the pit. Once on the job, a pusher waits — on shoring, on locates, on the fusion crew — and every idle hour is standby that earns nothing if it never reaches the invoice. The hour meter ties maintenance and billing together, so it has to be captured the same way every time, at return, against the rental record. When dispatch, billing, maintenance, and inspection all read one unit record, the dispatcher quotes the right rate, the mechanic services on real hours, and the bookkeeper closes the month without rebuilding it from memory.

Pipe Pusher 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 pulling/push-pull force

29.5-98ton

Pipe diameter handled

3-36in

Operating hydraulic pressure

5000-6000psi

Hydraulic flow requirement

17-24gpm

Unit weight

85-380lb

Required excavator/carrier size

0.8-40ton

Push/insertion speed

39-82ft/min

How EquipFlow handles pipe pushers on the dispatch board.

A pipe pusher is an attachment, not a standalone machine, so the dispatch board has to track two things at once: the unit itself and whether the customer's carrier can actually run it. The auxiliary hydraulic flow and pressure the pusher needs are confirmed against the excavator on the job before the truck leaves, because a unit dropped at a carrier that cannot feed it is a dead delivery. The same check covers the coupler or pin pattern and the brackets, pins, and hoses that ship with the unit — those are the parts that strand a crew when they go missing. Pipe pushers move between bore and utility crews in short, intense windows, so the board surfaces a double-booking at assignment rather than at the gate, and shows which units are on location, loaded out, or due back on the same screen at any hour.

Billing pipe pushers — MSA, standby, and site-level tax.

Pipe-pusher demand on oilfield and utility work is mostly MSA-contracted, so the negotiated rate lives as an override on the customer record per equipment class, not in a sheet the dispatcher keeps in their head. A rental created for that account picks up the right rate on its own. These units sit idle billable more than most: a pusher waits while the bore crew shores the pit, while a locate clears, or while a fusion crew catches up welding pipe, and none of that is the yard's fault. The dispatcher marks standby and the invoice carries active and standby as separate lines without a month-end rebuild. Delivery, pickup, and any bracket or coupler add-ons ride the same invoice. Tax is set on the delivery-site record, so a unit that worked across more than one county bills the right rate per site. Invoices post to QuickBooks Online on close.

Maintenance on pipe pushers.

Pipe-pusher PM runs off the hour meter, not the calendar, because a unit on a long bore job can stack hours in a week while a yard spare sits idle for a season. The reading is captured on the return inspection and posts to the unit record, and the maintenance module advances the PM clock from that reading so the next service falls on real usage. Almost everything on a pusher is hydraulic — the drive motors, the roller or grip circuit, the quick-couplers, and the hoses or hard lines that feed them — so PM leans on hydraulic oil and filter condition, coupler seals, and the wear faces of the rollers or grip jaws that bite the pipe. Work orders, parts, and meter history live on the unit record, which is also where a damage charge from a return inspection turns into a repair ticket.

Pipe Pusher return inspections.

Two rhythms apply. The crew-facing pre-use check happens at each setup and is the customer's responsibility while the unit is on rent — couplers seated, lines unpinched, rollers gripping clean. The yard's own control is the return inspection: before a pusher comes off rent, the driver runs a mobile-web checklist on a phone — no app install — records the hour-meter reading, and attaches required photos that cannot be skipped. Pipe-pusher checks matter here: roller or grip-jaw wear and any glazing, hydraulic weep at the motors and quick-couplers, hose or hard-line damage, and bent or sprung frame from a misaligned over-push. Caked drilling spoil hides all of it, so the checklist calls for the unit cleaned before photos. The inspection ties to the rental record before the truck leaves the customer site, so a damage dispute carries photos and a timestamp behind it.

Common pipe pusher classes in the field.

The product, the same way it runs for pipe pushers.

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

Operator guides for running pipe pushers.

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

• Trenching Equipment Rental Guide →
• Adding a New Equipment Category to Your Yard →
• Aerial Lift Inspection Requirements →
• Air Quality Equipment Rentals →

What you give up running pipe pushers in EquipFlow.

EquipFlow is a web app, so the return inspection needs a signal to load. On a remote pad or a deep pit with no coverage, the driver cannot finish the mobile inspection on 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 telematics integration today, so engine-hour or fault data from a carrier's own portal is not pulled in automatically — the hour meter is captured at return inspection. The yard still has to verify the customer's carrier can supply the right auxiliary flow and pressure; the software flags the requirement, but it cannot test the excavator for you.