Background. Hand kinematics during hand function tests based on the performance of activities of daily living (ADL) can provide objective data to determine patients’ functional loss. However, they are rarely used during clinical evaluation due to their long duration. Starting from the 20 tasks of the Sollerman Hand Function Test (SHFT), we propose to identify a smaller set of ADLs that provides similar kinematic information to the original full set, in terms of synergies, ranges of motion and velocities. Methods. We used an iterative method with the kinematics of 16 joints of the hand while performing the 20 ADLs of the SHFT. For each subject, the ADLs were ordered according to their influence on the synergies obtained by means of principal component analysis, and the minimum number of ADL that represented the original kinematic synergies (maximum angle of 30 degrees between synergies) and keeping the ranges of joint movements (85% of the original ones) were selected for each subject. Then, the set of the most frequently selected ADLs was verified to be representative of the SHFT ADLs in terms of motion strategies, ranges of motion and joint velocities, considering healthy subjects and Hand Osteoarthritis patients.Results. A set of 10 tasks, the BE-UJI activity set, was identified, ensuring a certain bounded synergy similarity (maximum mean angle between synergies of 25.5 degrees), functional joint ranges (maximum differences of 10 degrees) and joint velocities (maximum differences of 15 degrees per second). Tasks obtained are: Pick up coins from purses, lift wooden cubes, pick put nuts and turn them, write with pen, cut with a knife, lift telephone, unscrew lid of jars and pour water from a cup, a jar and a Pure-Pak. These activities warranty the use of the seven most common hand-grips in ADL.Conclusion. The BE-UJI activity set for the hand function assessment could be used in clinics as an alternative to the SHFT, reducing the time of the assessment while allowing clinicians to obtain objective kinematic data of motor strategies, range of motion and joint velocities used by patients.