Precision Craft Meets Digital Manufacturing
In the world of automotive customization, Brent Parker Motor Trimming stands at the very top of the craft. Renowned for their uncompromising approach to pattern development and material authenticity, the studio has built its reputation on seamlessly blending traditional craftsmanship with advanced manufacturing technologies.
Their work is defined by a deep respect for automotive heritage — preserving the original character of each vehicle while elevating it through iconic design elements such as Scottish tartan fabrics, classic contrast stitching, and meticulously refined surface detailing. The result is a distinctive aesthetic that fuses nostalgia with mechanical intensity.
When this award-winning atelier — celebrated with honors such as Global Interior of the Year and top accolades at MotorEx — met the CreatBot D1000 Pro HS large-format industrial 3D printer, a new kind of dialogue emerged: a bridge between heritage craftsmanship and cutting-edge 3D printing technology, dedicated to reimagining timeless classics.
Challenge: Breathing New Life into a Classic
"When we received the car to say it was a mess would be an understatement. We had to rip everything out and start again."
The centerpiece of this project is a 1987 Porsche 911.
For Brent Parker Motor Trimming, this was never about simple restoration. It was about reinterpreting the vehicle's interior while staying true to its original spirit — elevating both form and function through modern engineering.
The key challenges included:
- Large-scale monolithic fabrication: Classic components such as the rear seat delete and lower door trims are physically large. With conventional desktop 3D printers, these parts would have to be produced in multiple sections and assembled afterward. However, the resulting joints often become structural weak points, prone to failure under vehicle vibration and dynamic loads.
- Material and thermal deformation limits: Automotive interiors are routinely exposed to prolonged sunlight, with cabin temperatures reaching over 70°C. Under such conditions, standard materials can soften, warp, or lose dimensional stability, making them unsuitable for long-term in-vehicle use.
- Seamless OEM-level precision fitment: Classic automotive interiors demand an almost obsessive level of surface continuity and line accuracy. Every printed part must achieve near-micrometer-level alignment with the digitally scanned original body geometry to preserve the factory-correct visual language and fitment quality.
Solution: A Fully Integrated Digital Workflow led by the D1000 Pro HS
To overcome these challenges, the Brent Parker team adopted a radically new approach — integrating 3D scanning, CAD engineering, CNC machining, and large-format additive manufacturing using the CreatBot D1000 Pro HS into a unified workflow.
[3D Scanning] ➔ [CAD Pattern Development] ➔ [D1000 Pro HS Monolithic Print] ➔ [Master French-Seam Leather Wrap]
With the support of the D1000 Pro HS, Brent Parker Motor Trimming successfully redefined the interior of the 1987 Porsche 911:
1. Monolithic Rear Seat Delete
Utilizing the massive 1050 mm x 1050 mm x 1050mm build volume, Brent Parker printed the entire rear seat delete in-house in ASA filament as a single, seamless, structural part and incorporates a speaker pod with CNC'd chrome rings while maintaining functional storage integration.
2. One-Off Center Console with All-3D-Printed Top Fascia
The entire top fascia of this one-off center console was printed with flawless layer consistency. Thanks to the printer's industrial precision, the raw component matched the CAD file to the sub-millimeter, allowing the master trimmers to pull flawless French seams tightly over the structure with absolute symmetry.
3. Custom Door Trims with Integrated Pods and Armrests
The lower door pods were printed as complex, hollow, lightweight geometries. Backed by the D1000 Pro HS's 70°C actively heated chamber, heavy-duty industrial filaments were printed at high speeds with zero warping or layer splitting, ensuring the armrest structures can withstand years of structural load.
"The possibilities this CreatBot D1000 Pro HS machine has given us is endless..."
The Ultimate Impact: Scaling the Speed of Art
By integrating the CreatBot D1000 Pro HS into their award-winning workflow, Brent Parker Motor Trimming has rewritten the elite automotive playbook:
70% Lead-Time Reduction
Complex structural trim panels that used to take weeks of manual foam shaving, wooden mockups, or CNC milling queues are now printed overnight (under 24 hours).
Aero-Grade Optimization
FFF honeycomb infill structures allowed the team to maximize cabin rigidity while slashing the interior component weight by up to 50% compared to traditional fiberglass methods.
Uncompromised Fidelity
Because the 3D-printed core remains chemically and thermally stable up to extreme cabin temperatures, the premium leather hides and vintage Scottish tartan fabrics wrapped over them will never sag, shift, or warp under the harsh sun.
Conclusion: A New Paradigm for Automotive Customization
This project demonstrates the transformative potential of combining world-class craftsmanship with industrial-grade additive manufacturing.
The collaboration between Brent Parker Motor Trimming and CreatBot proves that when precision engineering and traditional artistry converge, the result is more than restoration — it is reinvention.
From digital scanning to large-format 3D printing and final hand-finished upholstery, every step contributes to a new manufacturing paradigm where efficiency, precision, and craftsmanship coexist.
Ultimately, this project redefines what automotive luxury can be: True luxury lies not in replacing tradition with technology, but in using technology to preserve and elevate what deserves to be remembered.
