Powered vs. Manual Upper Decks: What Matters

The lift mechanism affects speed, strain, and reliability. Manual vs. powered upper decks compared — and why every AME double-deck uses a 12-volt powered deck.

2 min read

Powered vs. Manual Upper Decks: What Matters

Not all double-deck systems lift the same way. The mechanism that raises and lowers the upper deck affects loading speed, operator strain, and reliability. Here's what separates a powered deck from a manual one — and why it matters day to day.

Manual upper decks

A manual deck is raised and positioned by hand, often with gas struts or a ratchet mechanism. It costs less up front but puts the lifting effort on the operator and slows multi-case loading.

Powered upper decks

A powered deck uses 12-volt electric actuators to tilt the deck up and down in seconds at the press of a switch. The operator guides the load; the system does the lifting. Every AME double-deck system — the DD-EX2, DD2000-XLC, and DD4000 — uses a powered upper deck.

Side by side

Factor Manual Powered
Loading effort Operator lifts Actuators lift
Speed Slower Seconds per cycle
Single-operator use Harder Designed for it
Failure safety Varies Safety latch holds deck
Power None 12-volt vehicle system

Reliability considerations

Powered systems run on the van's 12-volt supply and include a safety latch that holds the deck if the actuators fail. Reinforced lifting geometry and a 600 lb. rating keep performance consistent under daily use.

Frequently asked questions

What powers the upper deck?

A standard 12-volt vehicle electrical system drives the electric actuators.

Is a powered deck worth the added cost?

For multi-case or daily use, the time saved and the reduction in lifting strain typically justify it quickly — especially with single-operator loading.

Related guides

Go powered

Call 1-888-792-9315 or email cool@mymortuarycooler.com to spec a powered deck system.