LEICA DISTO A8
  The visionary one – for in and outdoors
 
 
NEW - With digital viewfinder and tilt sensor – simply perfect!

The digital viewfinder and the integrated tilt sensor make the Leica DISTO™ A8 an innovation worldwide and open up completely new possibilities. Comfortably find your target with the three-fold digital zoom made even easier with the blended in crosshairs. The brightness of the greyscales display can be manually adjusted; ideal for poorly contrasting targets! The tilt sensor does not only indicate angles, but also real horizontal distances and various indirect height measurements.
   
   
   
   

Tilt sensor
Any tilt can be easily measured by just placing the housing on the slope.
   
Digital viewfinder (3-fold zoom)
Essential for far distances and in sunshine.
   

Indirect height measurements
By using the tilt sensor and the digital viewfinder, heights can be determined in the first measurement even without reflecting the laser beam.
 
Features & Advantages
Features Your advantages
Measuring range of 0.05 m/0.16 ft up to 200 m/650 ft; typ. accuracy ± 1.5 mm/ ± 0.06 in Precise, fast and reliable measurements
Power Range Technology™ Measure over long distances (approx. 100 m) without target plate
Digital viewfinder with 3-fold zoom Easy measurements in sunshine and to far away targets
Tilt sensor Measure tilts by setting the housing on the object
Indirect tilt measurements Height measurements, e.g. without reflecting the laser beam through the tilt sensor
Indirect height / distance measurements Measure to inaccessible areas – at the press of the button, more detailed information will be available
Greyscales display Best contrast possible; 9 brightness settings available 
IP54 Spray water and dust proof – essential for construction sites
 
Scope of delivery:
740691 Leica DISTO™ A8 740692 Leica DISTO™ A8 US-Version (with in/ft pre-settings)

Including
Holster, Batteries, User Manual, Safety Instructions, Calibration Certificate (Quality confirmation with serial no., inspection date and measurement deviation for distances and inclinations)

Available in November 2006