An “H-Point” is a point on the mannequin located at the pivot center of the back pan and cushion pan assemblies, on the lateral centerline of the device. An “Actual H-Point” is an H-point measured on physical properties of seats, with the HPM mannequin using the procedures defined in SAE J826.
“H point" means the pivot centre of the torso and thigh of the 3 DH machine installed in the vehicle seat in accordance to SAE J826..
Technically, the H-point measurement uses the hip joint of a 50th percentile male occupant, viewed laterally,[2] and is highly relevant to national and international vehicle design standards such as global technical regulations (GTR). For example, a vehicle design standard known as the Society of Automotive Engineers (SAE) J1100 Interior Measurement Index sets parameters for such measurements as H30 (H-point to vehicle floor); H5 (H-point to pavement surface), H61 (H-point to interior ceiling) and H25 (H-point to window sill).
The CAP-CP Platform provides the 3D Part Level Scanning STL files and Give to Ergonomics Study Measurements SAE J1100 (Motor Vehicle Dimensions: Exterior and Interior Measurements) and SAE J826 (H-Point Manikin Seat Positioning: Head Room, Leg Room, and Manikin Angles Study). We deliver measurement schematics in PDF format.
It will help to easily compare the vehicle to the vehicle variations.
We Provided All the exterior measure like,XYZ, wheelbase, windshield angle, over hang distance and Ground clearance etc.
We Provided All the interior measurement like, seating distance, pedals clearance,steering angle, cargo compartment height etc.
We Provided All manikin measure like, leg room, head room, seat travel Clearance, Manikin angles, etc.
The driver and All Passengers vision and obstructs angles(360°) are measured.
We Provided All the windshield, window, Dotted matrix, Wiper Sweeps, Footprint Area and sunroof glass surface area are measured.
Manual method of gap and flushness measurement
a) flushness measurement
b) gap measurement.
We offer specialized services ensuring precise gap and flushness measurements for automotive vehicles, guaranteeing optimal fit and finish
"After meticulously measuring gap and flushness dimensions, our process includes 3D scanning to ensure precise alignment and fitment of automotive components, guaranteeing seamless integration for optimal aerodynamics, appearance, and overall vehicle quality."
Utilizing advanced 3D scanning technology, our expertise in BIW reverse engineering allows us to provide precision-driven services in converting car structures into highly accurate digital models. Through advanced modeling techniques, we recreate the BIW components in a virtual environment with meticulous attention to detail.
Our modeling services provide a digital twin of the physical structure, enabling thorough analysis and optimization.
Our company specializes in offering suspension geometry support services, utilizing advanced 3D scanning technology to precisely identify hard points in cars and other automotive vehicles.
