Project Summary
A mid-sized robotics manufacturer was pushing the limits of autonomous mobile robot (AMR) design, engineering proprietary sensor fusion algorithms and dynamic navigation systems capable of operating safely alongside human workers in unpredictable warehouse environments. Between calibrating LiDAR and camera arrays, refining obstacle-avoidance logic, and iterating on gripper end-effectors for variable payloads, the engineering team was deep in technical uncertainty, but didn’t fully realize how much of that work qualified under the IRS R&D tax credit. By satisfying the four-part test, the company unlocked $115,650 in federal R&D tax credits and $42,900 in state credits, amounting to $158,550 in total savings.
Project Overview
To qualify for the R&D Tax Credit, each activity must satisfy the IRS four-part test. CSSI’s analysis confirmed that the qualifying activities identified for this company met all four criteria:
- Business Component: The company set out to develop a new autonomous mobile robot platform featuring proprietary sensor fusion software and a modular gripper end-effector capable of handling variable payloads, a direct effort to develop a new or improved business component under IRC 41.
- Elimination of Uncertainty: At the outset, engineers didn’t know whether their sensor fusion algorithms could reliably interpret LiDAR and camera data to navigate dynamic, human-populated warehouse floors, or how payload capacity would trade off against battery life and motor torque. The team worked systematically to resolve those uncertainties.
- Process of Experimentation: Engineers ran iterative simulation models, built successive prototype iterations, and tested navigation and obstacle-avoidance performance on physical test courses, refining control algorithms based on measured outcomes at each stage.
- Technological in Nature: The work drew directly on mechanical engineering, electrical engineering, and computer science, specifically machine perception and embedded controls.
|
Employee Wages |
$645,000 |
|
Supply and Contractor Costs |
$318,750 |
|
Total QRE’s |
$963,750 |
|
Total State Credit |
$42,900 |
|
Total Federal Credit |
$115,650 |
Study Results
The analysis identified a total of $963,750 in Qualifying Research Expenses (QREs) across the tax year. Employee wages accounted for the largest share, with $645,000 attributable to robotics engineers, controls engineers, and embedded software developers directly engaged in qualifying research activities. Supply costs contributed an additional $198,500 in qualifying expenses, primarily from prototype chassis components, servo motors, LiDAR and vision sensors, and 3D-printed test fixtures used in development and validation. Contractor expenses added $120,250, representing the 65% allowable portion of third-party research costs under IRC 41. Based on those qualifying expenses, the study produced a federal R&D Tax Credit of $115,650 and a state R&D Tax Credit of $42,900, bringing the company’s total tax credit benefit to $158,550.
Key Takeaways
- The core uncertainty is exactly what the credit targets: Reliably fusing sensor data to navigate unpredictable, human-populated environments is precisely the kind of unresolved technical challenge the IRS R&D credit was built to reward.
- Engineering payroll is the biggest driver: At $645,000, wages for robotics engineers, controls engineers, and software developers made up the bulk of the QREs, a reminder that credit eligibility accrues every day engineers do their normal iterative work.
- Prototype and sensor costs compound the benefit: The $198,500 in supply costs, covering everything from servo motors to LiDAR arrays and 3D-printed fixtures, added meaningfully to the total credit.
- Contractor spend is recoverable, and often missed: The $120,250 contractor QRE shows how many robotics companies leave money on the table by not capturing the 65% allowable portion of third-party development and testing costs.
- Robotics is a natural credit hotspot :Robotics development inherently combines hardware and software iteration under real-world uncertainty, making rigorous R&D credit analysis especially valuable for companies in this space.
Ready to Discover Your R&D Tax Credits Potential?
If your company is developing or improving products, formulas, or processes, you may be leaving significant tax credits on the table. CSSI’s engineering-based approach ensures every qualifying activity is identified, documented, and defensible, so you capture the full value of the work your team is already doing.
Request a Free Analysis today and find out what your business could qualify for.
