Sport Optics

Forestry Pro II

  1. Key Features
  2. Specifications
Forestry Pro II
Measurement range Distance: 7.5-1,600m/8-1,750 yd./25-5,250 ft.
Angle: ±89°
Maximum measurement distance (tree)* 1,100m/1,200 yd./3,600 ft.
Distance display (increment) [Internal Display]
Act (Actual Distance):
every 0.1m/yd./ft.
every 0.1m/yd./ft. (shorter than 999.9m/yd./ft.)
every 1m/yd./ft. (1000.0 m/yd./ft. and over)

Hor (Horizontal Distance) and Hgt (Height):
every 0.1m/yd./ft.

Ang (Angle):
every 0.1°

[External Display]
Act (Actual Distance), Hor (Horizontal Distance) and Hgt (Height):
every 0.1m/yd./ft.

Ang (Angle):
every 0.1°
Accuracy** (actual distance) ±0.3 m/±0.3 yd./±0.9 ft (shorter than 1,000 m/1,000 yd./3,280 ft)
±1.0 m/±1.0 yd./±3.0 ft (1,000 m/1,000 yd./3,280 ft and over)
Magnification (x) 6
Effective objective diameter (mm) 21
Actual field of view (°) 7.5
Exit pupil (mm) 3.5
Eye relief (mm) 18.0
Dimensions (LxHxW) (mm/inch) 110 x 74 x 42/4.3 x 2.9 x 1.7
Weight (excluding battery) (g/oz.) 170/6.0
Power source CR2 lithium battery x 1 (DC 3V)
Auto power shut-off (after approx. 30 sec. unoperated)
Waterproof structure Waterproof (up to 1m/3.3 ft. for 10 minutes), fogproof
Battery chamber is rainproof — JIS/IEC protection class 4 (IPX4) equivalent
(under Nikon's testing conditions)
Laser classification IEC60825-1: Class 1M/Laser Product
FDA/21 CFR Part 1040.10: Class I Laser Product
Electromagnetic compatibility FCC Part15 SubPartB class B, EU:EMC directive, AS/NZS, VCCI classB, CU TR 020, ICES-003
Environment RoHS, WEEE
  • *Under Nikon's measurement conditions and reference values.
  • **Under Nikon's measurement conditions.

The specifications of the product may not be achieved depending on the target object's shape, surface texture and nature, and/or weather conditions.

  • Note: The origin of the technique of this Laser Rangefinder with inclinometer is the Surveying Instruments incorporated measuring capability of both distance and angle which were developed by Nikon Corporation. Among such products, especially, the first highly advanced electronic model, the Total Station DTM-1, is the root (Sold in 1985).