GLL3-300 360⁰ Three-Plane Leveling and Alignment-Line Laser
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Description
The Bosch GLL3-300 360° Three-Plane Leveling and Alignment-Line Laser features an all-in-one level and alignment solution. This leveling laser provides fast one-spot job setup. It allows users to line up level, align, square and plumb with one setup point by generating three 360° laser planes – one horizontal and two vertical. Featuring an upgraded diode with a brighter beam than previous generation lasers, the GLL3-300 has a visible range of up to 200 Ft. diameter.
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Product Description
Description
The Bosch GLL3-300 360° Three-Plane Leveling and Alignment-Line Laser features an all-in-one level and alignment solution. This leveling laser provides fast one-spot job setup. It allows users to line up level, align, square and plumb with one setup point by generating three 360° laser planes – one horizontal and two vertical. Featuring an upgraded diode with a brighter beam than previous generation lasers, the GLL3-300 has a visible range of up to 200 Ft. diameter. The leveling laser features pulse mode, extending the working range up to 300 Ft. diameter and/or in bright lighting, using the optional LR8 receiver or LR 6 receiver. The VisiMax™ Technology drives maximum line visibility, and the robust over-molded construction withstand rainy or dusty jobsite conditions. The included BM1 positioning device clips to multiple surfaces and provides quick and easy setup.
Bosch GLL3-300 360° Three-Plane Leveling
Includes
- (1) GLL3-300 360⁰ Three-Plane Leveling and Alignment-Line Laser
- (1) BM1 Positioning Device
- (1) Laser Target Plate
- (4) AA Batteries
- (1) Heavy-Duty Pouch
- (1) Hard Carrying Case

Technical Data
Specifications
Attributes | |
---|---|
Accuracy | Up to ±3/32-in @ 30-ft *Applies to intersection points. Dependent on external conditions |
Battery Voltage (V) | 1.5 |
Height | 5.6″ |
Laser Diode | Class II 630 – 650 nm |
Length | 5.9″ |
Leveling Type | Self-Leveling, Up to 4° |
Material | Plastic Composite |
Mount Threading | 1/4-20, 5/8-11 |
Note: | Packaging content may vary by retailer. |
Operating Temperature | 14° F / -10° C up to 104° F / 40° C |
Range | Up to 200-ft. diameter |
Weight | 1.8lb |
Width | 3.3″ |
Includes | (1) GLL3-300 360⁰ Three-Plane Leveling and Alignment-Line Laser, (1) BM1 Positioning Device, (1) Laser Target Plate, (4) AA Batteries, (1) Heavy-Duty Pouch, (1) Hard Carrying Case |
Benefits
- Complete level and alignment laser – quickly arranges and squares room layout with three chalk lines in 360° laser planes, one horizontal and two vertical
- Built-in VisiMax™ technology – monitors power consumption to maximize line visibility and extend battery life
- Upgraded diode with a brighter beam – delivers a visible range of up to 200 Ft. diameter
- Pulse mode – extends the working range up to 300 Ft. diameter and/or in bright lighting, using an optional LR8 or LR 6 receiver
- BM1 positioning device – clips to multiple surfaces, stands on floor with retractable feet and mounts to drywall or wood with screws for quick and easy setup
- Smart Pendulum System – self levels and indicates out-of-level condition up to ±4°
- Manual mode – locks lines for use at any angle
- Robust over-molded construction – IP54 ensures splash water/dust protection for years of dependable operation
MPN: 1
Brand: The Surveyors World
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How GPS works?
In five logical steps
Here’s how GPS works in five logical steps:
- The basis of GPS is “triangulation” from satellites.
We’re using the word “triangulation” very loosely here because it’s a word most people can understand, but purists would not call what GPS does “triangulation” because no angles are involved. It’s really “trilateration.”
Trilateration is a method of determining the relative positions of objects using the geometry of triangles.
- To “triangulate,” a GPS receiver measures distance using the travel time of radio signals.
- To measure travel time, GPS needs very accurate timing which it achieves with some tricks.
- Along with distance, you need to know exactly where the satellites are in space. High orbits and careful monitoring are the secret.
- Finally you must correct for any delays the signal experiences as it travels through the atmosphere.
- The basis of GPS is “triangulation” from satellites.
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