The HLA 56 is the perfect tool to cut taller hedges and shrubs in your garden.
Unit Only: Stihl HLA56 Long-reach Hedge Trimmer.
Kit 1: Stihl HLA56 Long-reach Hedge Trimmer, 1 x AK20 battery, and 1 x AL101 charger.
Kit 2: Stihl HLA56 Long-reach Hedge Trimmer, 2 x AK20 battery, and 1 x AL101 charger.
£178.13 – £347.99 Ex VAT
£213.76 – £417.59 Inc VAT
The HLA 56 is the perfect tool to cut taller hedges and shrubs in your garden.
Our lightweight and well-balanced cordless long-reach hedge trimmer has double-edged, droplet shaped blades to guide branches between the cutting teeth for a precise and even finish. The angle of the head can be changed from -45° to +90° so you can easily trim all of those hard to reach areas in the garden.
With a detachable shaft for easy transport and a bracket included for neat storage, the HLA 56 is a great tool to add to your collection. The HLA 56 is just one of the tools in our AK System – the interchangeable battery in the HLA 56 can also be used in other tools in this range including a grass trimmer, blower, lawn mowers and chainsaws. Carrying length: 115 cm.
Cannot be used with Kombi attachments, HTA 50 pole pruner, RTS harness or HTA 50 shaft extension.
| Weight | 6 kg |
|---|---|
| Dimensions | 1 × 1 × 1 cm |
| Variation | Unit Only, Kit 1, Kit 2 |
| Customer Type | Domestic / Homeowner |
| Power | Battery |
| Battery System | Stihl AK (36V Li-ion) |
|
Weight kg 1) |
3.8 |
|
Vibration value, right m/s2 2) |
1.5 |
|
Vibration value, left m/s2 2) |
1.5 |
|
Sound power level dB(A) 3) |
88 |
|
Blade length cm |
45 |
|
Rated voltage V |
36 |
|
Total length cm |
210 |
|
cutting capacity mm |
16 |
|
Stroke rate rpm |
2.800 |
|
Tooth spacing mm |
30 |
|
Battery working time with AK 10 min 4) |
0-50 |
|
Battery working time with AK 20 min 4) |
0-100 |
|
Battery working time with AK 30 min 4) |
0-120 |
1) With blade, with handle, without protection, without battery
2) K-factor according to DIR 2006/42/EC = 2m / s ²
3) K-factor according to DIR 2006/42/EC = 2.5 dB (A)
4) Battery working times are approximate and may vary depending on application
