Economical high-visibility orange surveyor vest with 11 pockets class 2 level 2

Economical high-visibility fluorescent orange surveyor vest, with retroreflective silver stripes and fluorescent yellow trim.
Made by Viking, model Surveyor. Manufacturer product number: 6165O.

Product available while supplies last.

Customers who order more than we have in stock will be reimbursed for any shortfall.

See V6672 replacement product.

Available in sizes from small (S) to four extra-large (4XL). Select your size from the drop-down menu above.

Meets the CSA Z96-15 standard for class 2 level 2 high visibility apparel.

This safety vest has retroreflective silver (gray) stripes trimmed with fluorescent yellow stripes. It has two vertical stripes at the front, two X-shaped stripes at the back, and one horizontal stripe around the waist. Each stripe is 2” (50 mm) wide.

The vest is made of 150 denier polyester with mesh side panels for better comfort and ventilation. Deniers refer to the weight in grams of a 9,000 m thread used to make this coat. Therefore, 150 deniers equal 150 g. Seams are overlapped and multilayered for better resistance. The vest closes with three front brass snap buttons. The back of the vest has a safety harness D-ring access slot. The front of the vest has two chest straps for tools, ID, etc.

This vest has 11 pockets:

• Front:
  - 1 cell phone or radio pocket with velcro strap;
  - 2 overlapping velcro pockets, one with brass grommet for flagging tape;
  - 4 pen pockets;
  - 2 velcro flap pockets with brass grommets.
• Back:
  - 1 large zippered pack pocket;
  - 1 long ruler pocket.

Fluorescent orange (neon orange) is highly visible during daylight and in conditions with abundant artificial light. In most situations, it offers a high contrast with the background. However, fluorescent orange is less visible at night and during low light conditions, for instance at dawn or dusk.

Gray (silver) retroreflective stripes are highly visible in low natural or artificial light conditions, because they reflect light back towards the source of the beam (flashlight, vehicle headlights, etc.). They are most efficient during dawn, dusk or at night. However, they do not offer increased visibility during daylight.