Target 2 to Road Lines

Updated on Mar 4, 2026
Channel NameDescriptionUnit
Rangetg2-L1The lateral distance between theLine Reference PointonRemote Target 2toLine 1.This channel is measured perpendicularly to the surveyed line.m
TTCtg2-L1TheTime To Crossof theLine Reference PointonRemote Target 2crossingLine 1given the vehicle's current lateral speed towards to the line.s
LatSpdtg2-L1TheLateral Speedof theLine Reference PointonRemote Target 2towardsLine 1.kmh
Angletg2-L1The Angle between theLine Reference PointonRemote Target 2and the tangent ofLine 1.°
Rangetg2-L2The lateral distance between theLine Reference PointonRemote Target 2toLine 2.This channel is measured perpendicularly to the surveyed line.m
TTCtg2-L2TheTime To Crossof theLine Reference PointonRemote Target 2crossingLine 2given the vehicle's current lateral speed towards to the line.s
LatSpdtg2-L2TheLateral Speedof theLine Reference PointonRemote Target 2towardsLine 2.kmh
Angletg2-L2TheAnglebetween theLine Reference PointonRemote Target 2and the tangent ofLine 2.°
Rangetg2-L3The lateral distance between theLine Reference PointonRemote Target 2toLine 3.This channel is measured perpendicularly to the surveyed line.m
TTCtg2-L3TheTime To Crossof theLine Reference PointonRemote Target 2crossingLine 3given the vehicle's current lateral speed towards to the line.s
LatSpdtg2-L3TheLateral Speedof theLine Reference PointonRemote Target 2towardsLine 3.kmh
Angletg2-L3TheAnglebetween theLine Reference PointonRemote Target 2and the tangent ofLine 3.°

When testing around a curved lane, the VBOX firmware takes measurements from the corner position to the nearest perpendicular tangent line to the curved lane edge, as shown below.


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