Modern Coffee Truck 3D Design Based Mercedes Benz Sprinter Cargo

I need a detailed 3D design for a coffee Truck Interior.

The design should focus on:
- Counter and serving area
- Back kitchen and storage
- Seating area

The theme should be modern and sleek, incorporating the following equipment:
- Espresso machine
- Refrigerator
- Blender

Ideal skills and experience:
- Proficiency in 3D design software
- Experience with commercial kitchen layouts
- Strong sense of modern interior design
Great! Since you'd like me to proceed assuming standard commercial equipment dimensions and power specs, here's how we'll move forward with your coffee‑and‑smoothie Sprinter build.


Equipment Specifications I'm Using (assumptions based on typical commercial models)

Espresso Machine

Going with a mid-tier 2-group setup—similar to the Rocket Boxer or Victoria Arduino Eagle One—we’ll use these consistent specs:

Rocket Boxer 2‑Group

Size: ~25" W × 19.5" D × 18.5" H

Power: 3,600 W (220 V, 30 A)


Victoria Arduino Eagle One 2‑Group

Size: 30" W × 23" D × 17.5" H

Power: 5,000 W (220 V, 24 A)



I'll use a baseline of 30″ W × 23″ D × 18″ H and ~5,000 W for planning.

Commercial Blender (Smoothies)

We'll assume a powerful countertop unit like the Blendtec Stealth:

Blendtec Stealth

Size: 8.6″ W × 9″ D × 17.3″ H

Power: 1,800 W, draws ~15 A (at 120 V)



Another heavy‑duty example:

AvaMix BL2T48

Size: 9″ W × 10″ D × 19.5″ H

Power: ~1,500 W (120 V single‑phase)



I’ll use ~10″ W × 10″ D × 18″ H and 1,800 W for each blender.

Additional Equipment (estimates)

Undercounter Refrigerator: ~24″ W × 24″ D × 34″ H, ~200–300 W

Rooftop A/C: ~1,400 W draw (typical)

Water Heater & Sink, small appliances (kettle, POS, lighting): ~500–1,000 W total


Next Deliverables (Based on These Assumptions)

1. Power Load Summary

I'll compile a load sheet estimating total power draw:

Espresso machine: ~5,000 W (220 V)

Blender(s) (say two): 2 × 1,800 W = 3,600 W (120 V)

A/C: ~1,400 W (120 V)

Fridge: ~250 W

Miscellaneous (lights, kettle, POS): ~750 W
→ Estimated total: ~11 kW, across split-phase circuits (120 V & 220 V).


2. Generator Recommendation

Based on ~11 kW max load, I’ll propose a suitable 11–13 kW diesel generator, specifying phase, fuel source, continuous vs. peak output, noise level, etc.

3. 2D Floor Plan (Scaled)

A PDF layout with zones:

30″ sofa-shaped espresso station

Adjacent twin blender counters (~10″ each)

Fridge under counter

Sink and water heater

Generator/electrical bay near rear

Customer service window on passenger side

Rooftop AC


4. Simple 3D Model (STL/OBJ)

A basic block-styled 3D mock-up showing how equipment sits within the Sprinter’s interior volume.

What I Need from You

Confirm number of blenders and better yet: the make/model you plan to use

Exact espresso machine model, if decided

Any additional machines (ice maker, juicer, etc.)

Layout preference: where do you want the service window, workspace flow, generator bay, etc.

Power preferences: do you want everything on one generator or backup battery/inverter?

Any plumbing details (dual sinks, hot water, waste tanks.