Vertical Reciprocating Conveyors
Vertical Reciprocating Conveyors: Move Product Between Levels Without a Forklift
A VRC lift carries pallets and carts from the floor to a mezzanine or upper level, so the second level you built gets used every day instead of only when someone carries product up the stairs.
Materials Only
Built to carry product, never people
2+ Levels
Floor to mezzanine, or several floors
Gated
Interlocked gates at every level
A vertical reciprocating conveyor (VRC) is a material lift that carries pallets, carts, and loads between two or more fixed levels of a building on a carriage that travels up and down a guided frame. It is built for materials only, never for riders, which is why it is governed as a conveyor rather than as an elevator.
The Right Application
Where a VRC Earns Its Place
Mezzanines That Hold Real Inventory
A mezzanine used for pick, pack, or storage needs product moving up and down all day. Stairs move people. Hand-carrying cartons and totes up them is slow and is where injuries happen. A VRC at the edge of the deck turns the upper level into working floor.
Pick Modules and Multi-Level Operations
Multi-tier pick modules move replenishment up and finished orders down. A VRC handles the full pallet or cart that a conveyor cannot, and can feed a conveyor line at the top.
Multi-Story Buildings
Older plants, urban warehouses, and retail backrooms with a second floor and no freight elevator. A VRC installs inside the existing building at a fraction of the disruption of adding an elevator.
Replacing a Forklift at the Mezzanine Edge
Setting pallets onto a mezzanine by forklift ties up a truck and an operator and puts a load at height over a gate. A VRC lets a pallet jack do the same job at floor level on both ends.
Where a VRC Is Not the Answer
Anything that needs to carry a person. A VRC is materials only. If people must ride with the load, you are in elevator territory, with a different code, a different inspection regime, and a different budget. For moving people between levels, stairs come first; see mezzanines.
Technical Specifications
Key Specs & Configuration
| What a VRC Is | A carriage that rises and lowers on a guided frame between fixed levels, loaded and unloaded at each level through a gated opening. It carries materials only. |
| Drive Types | Hydraulic, for one-floor lifts and lighter loads, usually floor to mezzanine. Mechanical (chain or cable), for taller travel, heavier loads, more than two levels, and high cycle counts. |
| Frame Configurations | Straddle (a post on each side, load on and off the open ends), cantilever (carriage hung off one side, loading from three sides), and four-post for the heaviest loads. The configuration follows how product enters and leaves at each level. |
| Carriage | Sized around the largest pallet, cart, or load it will carry, with room to roll it on and off. Deck, side guards, and gate positions are set per level. |
| Safety | Enclosure around the lift path and an interlocked gate at every level, so a gate cannot open unless the carriage is there and the carriage cannot move while a gate is open. |
| Standards | Built to ASME B20.1, the safety standard for conveyors. VRCs are not elevators and are not built to the elevator code. |
| Permits and Inspection | Vary by state and city. Some jurisdictions need no permit; others route a VRC through the elevator authority for permit and inspection. We check before the quote, not after the install. |
| Building Requirements | A sound slab under the lift, electrical power to the unit, and on some designs a shallow pit. A mezzanine-mounted VRC is planned into the mezzanine's structure from the start. |
| Cost Drivers | Capacity, travel height, number of levels, carriage size, drive type, gate style, enclosure, any pit or electrical work, permitting, and freight. |
| What We Need to Quote | The heaviest load and its footprint (pallet, cart, or container), travel height and number of levels, how product loads at each level (pallet jack, cart, conveyor), how many trips an hour, and the building and mezzanine drawings if you have them. |
Brands We Carry
Built With Industry-Leading Components
How It Works
How to Specify a VRC That Fits the Operation
A vertical reciprocating conveyor solves one problem: getting product from one level of a building to another without carrying it up the stairs or lifting it there with a forklift. Most of the ones we put in serve a mezzanine. The deck gets built, the stairs go in for people, and the VRC goes at the edge for everything else. Because it carries materials only, a VRC is governed as a conveyor under ASME B20.1 rather than as an elevator, which is what makes it faster and simpler to install than a freight elevator.
The first choice is the drive. Hydraulic VRCs suit the most common case: one lift from the floor to a mezzanine, with moderate loads and a moderate number of trips. Mechanical VRCs, driven by chain or cable, handle taller travel, heavier loads, more than two levels, and operations running the lift all shift. The second choice is the frame. A straddle lift loads through its open ends, a cantilever lift loads from three sides, and the right one depends on where the pallet jack or cart approaches at the bottom and where it leaves at the top. Getting that wrong means turning loads by hand on a crowded deck.
Then come the gates and the paperwork. Every level gets an enclosure and an interlocked gate, so the lift cannot move with a gate open and the gate cannot open without the carriage behind it. Permitting is the part that surprises people: some jurisdictions treat a VRC like any other piece of equipment, and others send it through the same authority that inspects elevators. We find out which before we quote, and our guide to mezzanine permit requirements covers the platform side of the same conversation.
We design and install VRCs as part of a mezzanine or pick module project, or on their own in an existing multi-level building. The mezzanine configurator lets you place one on your platform before you talk to us.
Configurations
Frame Types and Load Patterns
Two decisions shape every VRC: the frame, which sets capacity and how the carriage is carried, and the load pattern, which sets which sides product enters and leaves at each level. Both follow how a pallet jack or cart approaches the lift at the bottom and where it needs to go at the top.
Straddle
A guide column on each side of the carriage, loaded through the open ends. The common choice for pallet loads moving straight through or on and off the same side.
Cantilever
The carriage is carried off one side of the frame, leaving the other three sides open for loading. Suits tight footprints and lifts that need a 90 degree load pattern.
Four-Post
A post at each corner for the heaviest loads and largest carriages, such as vehicles, large equipment, and oversized pallets.
Straight Through
Load on one side and unload on the opposite side, so product keeps moving in one direction through the building.
Same Side
Load and unload from the same side at every level. Fits against a wall or the edge of a mezzanine with access from one direction only.
90 Degree
Load on one side and unload on an adjacent side, turning product a corner between levels without hand-turning a pallet on the deck.
What You Get
Built In, Not Bolted On
Pallets and Carts, Not Cartons
Moves a full pallet or loaded cart in one trip, the load a stair or a conveyor cannot take.
Interlocked Gates
The lift cannot run with a gate open, and a gate cannot open without the carriage at that level.
Designed With the Mezzanine
Planned into the platform structure, the gate layout, and the floor traffic at both levels from the first drawing.
Best Suited For
Common Applications and Industries
E-Commerce Fulfillment
Mezzanine pick and pack areas that need replenishment up and orders down all day.
Manufacturing
Parts and assemblies moving between floors of an older plant with no freight elevator.
Warehouse Distribution
Mezzanine storage that holds real inventory rather than overflow nobody wants to carry upstairs.
Other Systems to Consider
Related Storage Systems
Mezzanines
The structural platform most VRCs serve, with stairs, gates, and the lift planned together.
Learn More →
Pick Modules
Multi-level rack, platform, and conveyor structures where a VRC carries full pallets between tiers.
Learn More →
Warehouse Guardrails
Guarding around the lift path and the traffic lanes that lead to it at floor level.
Learn More →FAQ
Common Questions
What is a vertical reciprocating conveyor?
A vertical reciprocating conveyor, or VRC, is a material lift that moves pallets, carts, and other loads between fixed levels of a building on a carriage that travels up and down a guided frame. It is also called a VRC lift, a mezzanine lift, or a material lift. It carries materials only, never people, and is governed by ASME B20.1, the conveyor safety standard, rather than by the elevator code.
What is the difference between a VRC and a freight elevator?
Riders. A freight elevator is built and inspected to carry people with the load. A VRC is not, so it is governed as a conveyor, which generally means a simpler structure, a shorter install, and a lower cost of ownership. The tradeoff is that nobody rides it, ever, including the person loading it. Our guide to freight elevators vs. VRCs covers the codes, shafts, and state permits side by side.
Hydraulic or mechanical VRC, which do I need?
Hydraulic VRCs are the common choice for a single lift from the floor to a mezzanine with moderate loads and trip counts. Mechanical VRCs, driven by chain or cable, are the choice for taller travel, heavier loads, more than two levels, or a lift that runs all shift. Travel height, load, and trips per hour decide it.
Does a VRC need a permit?
It depends on where the building is. Some states and cities require no permit or inspection for a VRC; others regulate it through the same authority that inspects elevators. We check the requirement for your address before we quote. If the VRC serves a new mezzanine, the mezzanine carries its own permit; see our guide to mezzanine permit requirements.
Can a person ride a VRC?
No. A VRC is designed and rated for materials only. Riding one is a safety violation and is exactly what the gate interlocks and posted signage are there to prevent. If people need to travel with the load, the answer is an elevator, not a VRC.
What drives the cost of a VRC?
Capacity, travel height, number of levels, carriage size, and drive type first, then the gates and enclosure, any pit or electrical work, permitting in your jurisdiction, and freight. Send us the load, the height, and how product loads at each level through contact and we will quote it.
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Send us the load, the travel height, and how product loads at each level, and we will specify a VRC that fits the building and the mezzanine. Free consultation, no obligation.
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