NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU) — Price in Australia

$636.65 @ JB Hi-Fi · All-time low: $636.65 · 7 price checks · Updated 13/10/2026

The lowest price we've tracked for NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU) in Australia is $636.65 (seen 13/10/2026 at JB Hi-Fi). It's currently $636.65 — the lowest we've recorded.

Should you buy now?

This is the lowest price we've recorded — a strong time to buy.

Buy at JB Hi-Fi — $636.65 (Updated 13/10/2026) →

Price by retailer

Retailer Price
JB Hi-Fi Lowest $636.65 13/10/2026 Buy at →
eBay $789.66 08/10/2026 Buy at →

Each price is the most recent we observed at that retailer (date shown) and may have changed. Stock isn’t tracked — confirm availability on the retailer’s page.

NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU) price history in Australia

$749.00$636.6508/10/2026 – 13/10/2026
Price tracked 08/10/2026 – 13/10/2026: low $636.65, high $749.00, across 6 recorded prices.

FAQ

What is the lowest price for NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU) in Australia?

$636.65, recorded 13/10/2026 at JB Hi-Fi.

Is NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU) a good price right now?

This is the lowest price we've recorded — a strong time to buy.

Where is NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU) cheapest right now?

JB Hi-Fi at $636.65.

How does PriceRoo track NWT 3.7kW Smart Portable Air Conditioner (12,500 BTU)'s price?

PriceRoo checks prices daily across multiple Australian retailers and records the history. All prices are observations at time of listing; we describe observed history only and never predict the future.

Recent prices
13/10/2026$636.65 JB Hi-Fi
12/10/2026$749.00 JB Hi-Fi
11/10/2026$749.00 JB Hi-Fi
10/10/2026$749.00 JB Hi-Fi
09/10/2026$749.00 JB Hi-Fi
08/10/2026$749.00 JB Hi-Fi

How we track prices

PriceRoo checks prices daily across multiple Australian retailers and records the history. All prices are observations at time of listing; we describe observed history only and never predict the future.