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Stihl STIHL-BR450 Blower

$719.99
$679.99
SAVE: $40.00
Brand:
SKU:
STIHL-BR450
Availability: In Stock Online Availability: Out of Stock Availability: Special Order - Email info@atlas-machinery.com for pricing
Availability:
Shipping is not available for this product. This product is available for in-store pick-up only. Pick-up terms and conditions are noted upon checkout.
Note:
Products with gas-powered engines are required to undergo a pre-delivery inspection (PDI) which is completed at the time of pick-up. Freight & PDI are included in the price.
Note:
**Does Not Qualify for Cyber Sale
STIHL-70028711470

There is no shipping available for this product. In-Store pickup only.

Simplify your workday with this easy-to-use and affordable professional backpack blower. Equipped with a powerful 2-stroke engine, the STIHL BR 450 has all the power you need in a convenient package. Use it for a range of applications, from managing large properties and tree-heavy lots to seasonal leaf cleanup. The low-emission engine boasts high-quality power, with a blowing force approaching that of our BR 600 model. Designed with the operator in mind, the unit features an easily adjustable tube that can adapt to different operator heights and application needs. And the control handle can also be adjusted for ideal comfort without tools. Additional features include a semi-automatic choke for a simplified starting procedure as well as improved ergonomic design elements for increased user comfort. Whether maintaining residential or commercial property, the BR 450 is up to your landscaping demands.

Specifications

  • Displacement 63.3 cc (3.86 cu. In.)
  • Engine power 2.9 kw (3.9 bhp)
  • Weight 10.6 kg (23.4 lbs.)
  • Fuel capacity 1700 cc (57.5 oz.)
  • Blowing force* 28 newtons
  • Avg. Air velocity** 83 m/sec. (186 mph)
  • Max. Air velocity** 98 m/sec. (219 mph)
  • Air volume at nozzle** 1090 m3/h (642 cfm)
  • Sound pressure rating** 77 db.(a)
  • Power source gas

*Newton is the force needed to accelerate 1 kg of mass at the rate of 1 m/sec2. **Tested in accordance with ANSI 175.2 standard.