A subsea clamp tensioning system, comprising: a. a housing comprising: i. an interior void dimensioned to accept a tubular therethrough; ii. a first end; and iii. a second end disposed opposite the first end; b. a collar dimensioned to fit about the housing, the collar comprising a plurality of offset channels; c. a plurality of tension grips movingly disposed within the interior void and configured to advance against the tubular to create a desired tension, the tension grips defining a tension grip channel, each tension grip defining a portion of the tension grip channel; d. a set of adjusters corresponding to the plurality of offset channels, each adjuster comprising: i. an upper portion configured to be larger in a dimension than the offset channel such that the offset channel prohibits travel of the upper portion into the interior void; ii. a middle portion connected to the upper portion and dimensioned to travel through the offset channel into the interior void; iii. a lower portion connected to the middle portion, the lower portion engagable with the tension grip; and iv. a spring disposed about a predetermined length of the middle portion; e. a subsea hydraulic motor; and f. a nut runner disposed within a portion of the interior void and dimensioned to accept and engage the tubular, the nut runner operatively in communication with the subsea hydraulic motor, the nut runner dimensioned to accept the tubular therethrough. a. a housing comprising: i. an interior void dimensioned to accept a tubular therethrough; ii. a first end; and iii. a second end disposed opposite the first end; i. an interior void dimensioned to accept a tubular therethrough; ii. a first end; and iii. a second end disposed opposite the first end; b. a collar dimensioned to fit about the housing, the collar comprising a plurality of offset channels; c. a plurality of tension grips movingly disposed within the interior void and configured to advance against the tubular to create a desired tension, the tension grips defining a tension grip channel, each tension grip defining a portion of the tension grip channel; d. a set of adjusters corresponding to the plurality of offset channels, each adjuster comprising: i. an upper portion configured to be larger in a dimension than the offset channel such that the offset channel prohibits travel of the upper portion into the interior void; ii. a middle portion connected to the upper portion and dimensioned to travel through the offset channel into the interior void; iii. a lower portion connected to the middle portion, the lower portion engagable with the tension grip; and iv. a spring disposed about a predetermined length of the middle portion; i. an upper portion configured to be larger in a dimension than the offset channel such that the offset channel prohibits travel of the upper portion into the interior void; ii. a middle portion connected to the upper portion and dimensioned to travel through the offset channel into the interior void; iii. a lower portion connected to the middle portion, the lower portion engagable with the tension grip; and iv. a spring disposed about a predetermined length of the middle portion; e. a subsea hydraulic motor; and f. a nut runner disposed within a portion of the interior void and dimensioned to accept and engage the tubular, the nut runner operatively in communication with the subsea hydraulic motor, the nut runner dimensioned to accept the tubular therethrough.