Should every construction supply SKU use six deep lanes?

No, depth should follow the pallets normally held for each SKU. Shorter lanes can reduce empty reserved positions when product lines sell at different rates, especially where inbound batches temporarily raise stock above its usual balance.

Can outbound staging share the picking aisle?

Only when the remaining clear working space supports the planned forklift movements. Treat staging as a separate layout allowance rather than assuming the aisle space saved by deeper storage is available throughout the shift.

Will mixed building products fit one cart arrangement?

Only if their pallets and loads meet the selected system requirements. Check bearing surfaces, dimensions, weight range, and load stability; irregular packs may need another storage format rather than sharing a lane designed for uniform pallets.

Can we extend an existing bay toward the rear?

Possibly, after compatibility and capacity checks establish a suitable expansion. More depth changes the supporting arrangement and lane loads, so matching the visible beam profile alone does not establish that new carts and rails will fit.

Pushback Rack system inside a New Mexico warehouse

Bernalillo, New Mexico

Pushback Rack in Bernalillo, NM

Pushback rack in Bernalillo can concentrate repeat building materials inventory while preserving a working aisle for receiving and dispatch. Near the US 550 corridor, lane selection should reflect pallets held per SKU, not simply the deepest arrangement that fits between the walls.

Nested carts travel on inclined rails, usually arranged two to six pallets deep. A forklift places each incoming pallet at the shared loading and picking face, pushing earlier loads backward. Removing the front pallet lets the remaining carts advance under controlled forklift handling, giving each lane last-in, first-out access.

(505) 436-7469

Pushback Rack Planning for Dispatch

We compare storage depth against the outbound staging required by regional distribution. Around I-25 North, construction supply loads may arrive in repeated batches yet leave in smaller orders. A deeper lane only helps when its assigned SKU regularly occupies those positions without blocking other inventory.

As a division of Warehouse Equipment & Supplies Co., we have been supplying and installing since 1997. We specify new material and coordinate managed installation crews around agreed access areas, so rack placement and delivery handling are considered together.

Our pushback pallet rack review separates lane capacity from building capacity. Fewer aisles can release storage space, but the shared working face still needs turning room, replenishment access, and somewhere to place outgoing pallets without closing the approach.

Map the truck overlap

Sort stock into lane groups

Set the supporting structure

High-density pushback rack lanes loaded with pallets

Pushback pallet racking showing cart rails and load beams

Leave Room for Truck Staging

Bernalillo service area

Construction supply

Building materials

Regional distribution

Light manufacturing

Pushback Rack Carts, Loads, and Lane Depth

Cart geometry, rail inclination, pallet dimensions, and load weights must work as a matched assembly. Stable loads and suitable pallet bearing surfaces matter throughout cart travel. Mixing unrelated carts or changing rail arrangements is not a substitute for checking the selected system.

Choose lane depth from normal and low inventory balances per SKU. Six positions assigned to an item holding two pallets can strand space behind it. Multiple shorter lanes may provide better access to separate building product lines while retaining some aisle reduction.

Beam pair capacity at each level must support the specified lane arrangement and loaded pallets. Frame capacity also depends on frame height, beam spacing, and the complete loading pattern. Adding levels or increasing vertical separation requires a fresh capacity review rather than carrying forward an old rating.

Selective rack offers direct access to every pallet; drive-in stores deeper blocks with forklifts entering the structure. Push back racking keeps trucks at the aisle face instead. Expansion requires compatible frames, beams, rails, and carts; existing selective bays are not universally convertible.

Map the truck overlap

Sort stock into lane groups

Set the supporting structure

Sequence crew access

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Pushback Rack Layout and Installation Steps

Map the truck overlap

Bring dock locations, travel paths, and receiving peaks. We place the shared face where replenishment and retrieval can coexist, checking that the proposed lanes do not consume the staging needed for northbound distribution.

Sort stock into lane groups

List pallet counts by SKU alongside weight, dimensions, and load height. Compare average balances with replenishment batches, then reserve direct access for products whose quantities or picking patterns do not justify a dedicated deep lane.

Set the supporting structure

Review two through six deep options against usable height and forklift reach. Confirm cart clearances, beam pair ratings, frame height, and level spacing together before selecting the arrangement and documenting its intended loads.

Sequence crew access

We manage crews through defined installation areas and coordinate new material placement with building access. Review cart movement, lane assignments, and loading limits at handover so operators understand the same-face LIFO sequence.