Verum Velo is a carbon-wheelset brand designed and hand-built in San Diego's Grantville neighborhood by Charles Wells, operating from the same Twain Avenue workshop at 4401 Twain Ave Suite 27 in the 92120 ZIP where Wells has assembled bicycle wheels since 1984. The Verum Velo line was born from a specific frustration: Wells found that most premium carbon rims lacked features he considered essential for Southern California's year-round riding conditions, so he developed proprietary rim profiles optimized for heat dissipation, crosswind stability, and spoke-bed durability. The catalog breaks into three categories—road wheelsets for rim-brake and disc-brake frames, gravel wheelsets built for mixed-surface touring, and MTB wheelsets rated for trail and enduro use. Performance-oriented riders from CrossFit ATR Mission Valley in the Grantville corridor represent the kind of cross-discipline athlete who gravitates toward Verum Velo's strength-to-weight engineering. Each build begins with a consultation covering rider weight, terrain mix, tire-width preference, and hub compatibility, followed by component selection from a parts inventory that includes Sapim CX-Ray and DT Swiss Competition spokes, alloy and brass nipples, and hub platforms from DT Swiss, Chris King, and Industry Nine. Wells stress-relieves every spoke during the lacing process and tension-matches all spokes to within one percent variance using a calibrated Park Tool TM-1 tensiometer, a tolerance tighter than most factory-built carbon wheelsets. The Grantville location puts Verum Velo within the Mission Gorge Road corridor that connects to Mission Trails Regional Park, giving test riders direct access to mixed-terrain loops for gravel and MTB wheel evaluation. Cyclists who want to refuel after a shake-down ride can grab a pour-over at S3 Coffee Bar on the same Grantville stretch. Verum Velo, Inc. was incorporated in California in March 2025 with Wells as registered agent, and completed wheelsets ship with a build card documenting rim depth, spoke count, lacing geometry, and individual tension readings per spoke position.