Black+Decker LSW36 VS LSW40C - Spec & Feature Comparison

Black+Decker LSW40C vs Black+Decker LSW36

Further down the page, you'll find some explanations regarding the key similarities and differences between the Black+Decker LSW36 and the Black+Decker LSW40C.

But before checking out these explanations, here's a table that summarizes the main pros of each of these 2 leaf blowers:

Black+Decker LSW36	Black+Decker LSW40C

Powerboost technology Higher CFM	Higher MPH Lighter Less noisy Slighlty less expensive
Buy on Amazon	Buy on Amazon
Show all offers	Show all offers

Common specs comparison

Make & handling

Manufactured by Black+Decker, both the LSW36 and the LSW40C should uphold similar standards of quality and attention to detail. However, the Black+Decker LSW36 features the Powerboost technology.
Being handheld blowers, these two products ensure exceptional mobility while in use.
These two products operate as cordless blowers, leveraging a rechargeable battery system that offers both cost-effectiveness and eco-friendliness.

CFM & MPH

With a marginal CFM advantage (90 vs 83 CFM), the Black+Decker LSW36 may offer a modest edge over the Black+Decker LSW40C (83 CFM) in terms of leaf-moving capability.
The MPH of 125 for the Black+Decker LSW40C slightly outperforms the 120 MPH of the Black+Decker LSW36, enhancing its effectiveness in clearing leaves on grass or lifting wet debris.

Weight & Noise rating

The Black+Decker LSW36, weighing 4.7 lbs, significantly outweighs the 4 lbs of the Black+Decker LSW40C, potentially making it a bit more burdensome to manage during operation.
At 66 dB, the Black+Decker LSW36 produces a substantially louder noise compared to the 50 dB of the Black+Decker LSW40C. This means that the latter will provide a significantly quieter operation, ensuring greater comfort for you and minimizing noise impact on those around you.

Other features comparison

Vacuum ability

Both the Black+Decker LSW36 and the Black+Decker LSW40C lack leaf vacuuming features, meaning you'll need to employ another method for leaf collection.