Stanley 1913 Classic Legendary Thermal Flask 0.47L - Hammertone Green

Stanley

Stanley 1913 Classic Legendary Thermal Flask 0.47L - Hammertone Green

As an Amazon Associate I earn from qualifying purchases.

View Stanley 1913 Classic Legendary Thermal Flask 0.47L - Hammertone Green on AmazonYou pay the same either way.

Specifications

Specifications for Stanley 1913 Classic Legendary Thermal Flask 0.47L - Hammertone Green
Capacity0.47L (470ml)
Material18/8 stainless steel
InsulationDouble-wall vacuum
LidDoubles as a cup
FinishHammertone Green

Pros & cons

Pros

  • Double-wall vacuum insulation in 18/8 stainless steel keeps drinks hot for the long haul
  • A compact 0.47L body slips into a jacket pocket or cup holder
  • The lid doubles as a cup, and the heritage Hammertone Green finish wears its age well

Cons

  • At 0.47L it is limiting for longer outings that need more than half a litre
  • The vacuum build is heavier than a plain single-wall bottle

Skip it if

Skip it if you need more than half a litre for extended outdoor activities — the larger Stanley Classic 1L format suits that better.

We synthesized thisHow we pickedUpdated Affiliate disclosureIndependent recommendations — never pay-to-play.

How we assessed it

We synthesized this

Stanley's Classic flask is a small, tough companion. The double-wall vacuum build in 18/8 stainless steel is what keeps a drink hot for the long haul, and at 0.47L the body is compact enough to slide into a jacket pocket or a car cup holder rather than swinging off a rucksack. The lid doubles as a cup, and the heritage Hammertone Green finish is made to pick up scuffs and keep looking the part. It suits commuters, dog-walkers and anyone who wants one reliable hot drink to hand.

The trade-offs are size and weight. Half a litre runs short on longer outings — the 1L Classic suits those better — and the vacuum construction is heavier than a plain single-wall bottle. Our read is a synthesis of Stanley's documented construction and insulation rather than a hands-on retention test — see how we test.