Slide

Land Survey

B-PINS utilizes inertial navigation technology, which enables survey crews to work in areas with limited or unavailable GNSS, such as in dense forests, maximizing productivity by eliminating the need for a clear line of sight. With B-PINS, surveyors can achieve precise stakeout locations even in challenging conditions, ensuring accuracy and productivity in applications such as pipeline right-of-way or underground mapping. B-PINS is an innovative solution that offers a reliable, environmentally conscious solution for land survey applications.

Land Survey

B-PINS utilizes inertial navigation technology, which enables survey crews to work in areas with limited or unavailable GNSS, such as in dense forests, maximizing productivity by eliminating the need for a clear line of sight. With B-PINS, surveyors can achieve precise stakeout locations even in challenging conditions, ensuring accuracy and productivity in applications such as pipeline right-of-way or underground mapping. B-PINS is an innovative solution that offers a reliable, environmentally conscious solution for land survey applications.

Land Survey Applications

Land Survey Products

Land Survey Applications

Seismic Stakeout

Zupt’s inertial solution, B-PINS, allows survey operations with minimal cutting while significantly increasing the production of field survey crews.

>Read More

Pipeline Right of Way

Zupt’s B-PINS deliver precise stakeout locations in harsh environments during pipeline right of way where conventional survey methods are inefficient or ineffective.

>Read More

Forestry Mapping

Surveys completed with the B-PINS system enable surveys to be completed in environmentally sensitive areas such as in dense forests.

>Read More

Underground/Mine

In areas with absolutely no access to GNSS signals, B-PINS is an ideal survey tool to accurately map or navigate through underground areas.

>Read More

B-PINS X

B-PINS X is the newest inertial survey tool for land operations.

>Read More

B-PINS V2

B-PINS is a precise survey tool designed to provide accurate navigation in GNSS denied areas with four times the productivity of traditional survey methods.

>Read More