STIHL BR 800 C-E Petrol Backpack Blower

Why Choose the STIHL BR 800 C-E?

• Unrivalled Blowing Force: Delivering a massive 41 N of blowing force, a significant upgrade from the BR 700’s 35 N, this machine makes light work of the heaviest, wettest leaves and winter debris.
• Advanced 4-MIX Engine Technology: Enjoy the benefits of increased run-times and lower fuel consumption, ensuring you spend more time working and less time refuelling on site.
• Ergonomic Backpack Carrying System: Equipped with S-shaped shoulder straps, a chest strap, and a supportive hip belt to distribute the weight evenly, minimising fatigue during all-day operation.
• Effortless Side-Start Pull Cord: Restart the machine easily while it is still on your back, eliminating the need to remove the harness when taking quick operational breaks.
• Tool-Free Adjustability: Quickly adjust both the blower tube length and the handle position without tools to match the operator's height and the specific clearing task.
• STIHL Anti-Vibration System: Significantly reduces mechanical vibrations felt on your back, protecting your joints and ensuring comfortable, long-term operation.

Features:

• Most powerful petrol blower in the STIHL range
• Efficiently remove leaves, hedge clippings and debris from large areas
• Outstanding engine power with low fuel consumption thanks to the 4-MIX® engine
• Very comfortable to wear and to work with due to the ergonomic carrying system
• The side start function makes it easy to start when wearing the power tool on your back

Technical Specification:

• Displacement: 79.9 cm³
  
• CO2: 884 g/kWh
  
• Blowing force with round nozzle: 41 N 1)
  
• Device weight without refuelling: 11.7 kg
  
• Max. air velocity with round nozzle: 97 m/s
  
• Air throughput with round nozzle: 1700 m³/h
  
• Sound pressure level: 104 dB(A) 2)
  
• Vibration level right: 3.5 m/s² 3)

1) Force in Newtons (N) to compare the performance of blowers
2) K-value according to Directive 2006/42/EC = 2.0 dB(A)
3) K-value according to RL 2006/42/EG = 2 m/s²