The goal of any automotive crash test is to replicate real-world collision scenarios under controlled, repeatable conditions. Engineers measure how energy transfers through the vehicle structure, how much of that energy reaches the occupants and what the resulting injury risk looks like.

Key metrics collected during an impact test include Head Injury Criterion (HIC), chest deflection, femur load and neck force. These values come from instrumented Anthropomorphic Test Devices, commonly called ATDs or crash test dummies, placed in occupant positions during the test.

The main test configurations evaluated in vehicle safety assessments are frontal impact, side impact, rear impact, rollover and pedestrian protection. Frontal tests examine how the vehicle structure absorbs and distributes impact energy through the crumple zone. Side tests are particularly demanding because the intrusion distance between the door and the occupant is small, leaving little room for structural deformation to do its work. Rollover assessments focus on roof crush resistance and whether the occupant restraint system keeps passengers inside the survival space.

Crash testing is a structured process with distinct phases, each one directly affecting the quality of the next.

Test Planning

Good crash test programs start with rigorous planning. At this stage, engineers define the scope of the program: which test configurations are required, what regulatory or internal standards apply, how many test articles will be consumed and what the timeline looks like across the lab calendar.

Scheduling is a critical output of this phase. When multiple tests share ATDs, barrier systems, high-speed camera setups and data acquisition equipment, resource conflicts are almost inevitable without proper coordination. TITAN's dynamic calendar and conflict management tools are designed specifically for this complexity, allocating resources, surfacing scheduling clashes before they become costly delays and keeping stakeholders informed across the program.

Test Preparation

Once a test is planned, preparation begins. This involves configuring the test article, installing sensors, mounting ATDs in the correct positions and verifying that every channel is recording clean signals before the barrier is ever touched.

ATD preparation is especially involved. A dummy used in a frontal test may need a different configuration than one used in a side pole test. Channels need to be mapped, calibration status verified and CMM measurement locations set. TITAN handles the complete ATD lifecycle, from initial setup through calibration work orders, hit count tracking and check-in/check-out workflows, ensuring no calibration issue is discovered after the test has already run.

Test Execution

Execution is the moment the test program has been building toward. The vehicle is positioned at the defined speed and angle, ATDs are seated and instrumented, checklists are completed and the run is captured on high-speed cameras alongside the sensor data stream.

Standardized electronic checklists within TITAN replace paper-based processes during this phase, reducing the risk of human error on the test floor. Every step is logged, every deviation is captured and the record is automatically available for post-test review. This is a core part of how TITAN's test lab management keeps execution disciplined and traceable.

Post-Test Analysis

After the impact, the work shifts to understanding what happened. Engineers inspect the vehicle for structural deformation, measure post-test ATD dimensions and compare data channels against injury criteria thresholds. High-speed video is reviewed alongside accelerometer traces to build a complete picture of the crash event.

TITAN's test data management capability supports data capture, image attachment and dimensional measurement in one place, eliminating the document sprawl that typically follows a physical test.

Test Reporting

The final phase is reporting. Test reports are the formal record of what was tested, how it performed and what conclusions the data supports. In many crash programs, these reports feed directly into regulatory submissions or internal sign-off gates.

Generating a report manually, pulling data from multiple systems, formatting injury criteria tables, compiling video stills and writing narrative summaries, can take a week or more per test. TITAN's one-click report generation with configurable templates brings that timeline down dramatically, letting engineers spend their time on engineering rather than document assembly.

The ATDs used in crash testing are among the most expensive and carefully regulated assets in any test lab. A full-body Hybrid III or THOR dummy represents a capital investment of several hundred thousand dollars and its calibration status directly affects the validity of every test it participates in.

Labs that manage ATDs through spreadsheets or shared drives routinely encounter the same problems double-booking, missed calibration windows, damaged dummies discovered at the last minute and incomplete audit trails. TITAN treats ATD management as a first-class function within the crash test lifecycle. The platform supports Hybrid III, THOR, CRABI, SID and child dummy configurations along with custom ATD types. Calibration work orders can be one-time or recurring. Hit counts are tracked automatically. Every checkout, status change and calibration event is logged and traceable.

On the lab floor, TITAN's mobile app allows technicians to scan barcodes for ATD check-ins and check-outs, capture photos of setup configurations and receive real-time alerts on calibration readiness without walking back to a workstation.

A typical crash test costs more than $100,000 to execute, with some prototype-inclusive programs running to $250,000 per run. At those figures, a week of delay from a scheduling conflict, a failed test from an uncalibrated dummy or a compliance gap discovered during an audit does not only slows down a program, but it can also invalidate data that took months to generate.

The automotive crash testing market reflects this pressure. Labs are moving away from collections of disconnected tools toward integrated platforms that connect planning, preparation, execution and reporting into a single traceable system. TITAN was built for exactly this environment, it is the industry's first all-in-one crash test management platform, trusted by OEMs and R&D labs worldwide.

Tests sync with TITAN directly to data acquisition, eliminating duplicate data entry and the transcription errors that come with it. Equipment parameters and sensor configurations push automatically. The result is fewer setup errors, faster test setup and a data pipeline that holds together from planning through reporting.

Automotive crash testing has evolved considerably. The sensors are more precise, the ATDs are more biofidelic and the regulatory frameworks are more demanding. What has not changed is the fundamental requirement: every test must be planned well, executed consistently and documented completely.

Labs that build that discipline into their operational infrastructure are the ones that move faster, audit cleaner and make decisions with greater confidence.

To understand how TITAN supports passive safety and crash testing programs end to end, or to see what a connected test lifecycle looks like in practice, visit testlifecycle.com.