planningphase-1
The Vision
This van was designed as a full-time mobile home for over one year while traveling the western North American coast. Every decision flowed from this core purpose.
Four Core Objectives
#1. Stealth
The design avoids obvious recreational vehicle characteristics. No external racks, no visible RV features. The goal: blend into urban environments seamlessly.
#2. Full-Time Habitation
The space needed to support:
- Remote work activities
- Three daily meals (full meal preparation)
- General daily living requirements
- Comfortable long-term occupancy
#3. Year-Round Climate Control
Integrated systems for:
- Heating (Webasto propane heater)
- Ventilation (MaxxAir fan, windows)
- Cooling (air conditioning)
- Insulation (Thinsulate throughout)
#4. Activity Support
The interior accommodates gear for:
- Mountain biking
- Snowboarding
- Climbing
- Surfing
- Onewheel transportation
Design Development Process
I employed a four-stage prototyping methodology:
#1. 3D Modeling
Used SketchUp software to explore layout variations and material options without physical commitment. This allowed rapid iteration and visualization.
#2. Physical Mockup
Tape-based spatial layout testing in the empty van. This revealed crucial insights:
- Rejected: Fixed shower compartments
- Rejected: Internal dividing walls
- Embraced: Open, flexible layout
#3. Component Arrangement
Layout planning after ordering parts, ensuring everything fit correctly before permanent installation.
#4. Framework Construction
Structural building using 80/20 aluminum (detailed in separate Framing post).
Key Philosophy
Start with why, then how. Understanding the purpose drove every technical decision. This wasn't a weekend warrior van - it needed to be a legitimate home.
#
1. Stealth
The design avoids obvious recreational vehicle characteristics. No external racks, no visible RV features. The goal: blend into urban environments seamlessly.
#2. Full-Time Habitation
The space needed to support:
- Remote work activities
- Three daily meals (full meal preparation)
- General daily living requirements
- Comfortable long-term occupancy
#3. Year-Round Climate Control
Integrated systems for:
- Heating (Webasto propane heater)
- Ventilation (MaxxAir fan, windows)
- Cooling (air conditioning)
- Insulation (Thinsulate throughout)
#4. Activity Support
The interior accommodates gear for:
- Mountain biking
- Snowboarding
- Climbing
- Surfing
- Onewheel transportation
Design Development Process
I employed a four-stage prototyping methodology:
#1. 3D Modeling
Used SketchUp software to explore layout variations and material options without physical commitment. This allowed rapid iteration and visualization.
#2. Physical Mockup
Tape-based spatial layout testing in the empty van. This revealed crucial insights:
- Rejected: Fixed shower compartments
- Rejected: Internal dividing walls
- Embraced: Open, flexible layout
#3. Component Arrangement
Layout planning after ordering parts, ensuring everything fit correctly before permanent installation.
#4. Framework Construction
Structural building using 80/20 aluminum (detailed in separate Framing post).
Key Philosophy
Start with why, then how. Understanding the purpose drove every technical decision. This wasn't a weekend warrior van - it needed to be a legitimate home.
The space needed to support:
- Remote work activities
- Three daily meals (full meal preparation)
- General daily living requirements
- Comfortable long-term occupancy
#3. Year-Round Climate Control
Integrated systems for:- Heating (Webasto propane heater)
- Ventilation (MaxxAir fan, windows)
- Cooling (air conditioning)
- Insulation (Thinsulate throughout)
#4. Activity Support
The interior accommodates gear for:- Mountain biking
- Snowboarding
- Climbing
- Surfing
- Onewheel transportation
Design Development Process
I employed a four-stage prototyping methodology:
#1. 3D Modeling
Used SketchUp software to explore layout variations and material options without physical commitment. This allowed rapid iteration and visualization.
#2. Physical Mockup
Tape-based spatial layout testing in the empty van. This revealed crucial insights:- Rejected: Fixed shower compartments
- Rejected: Internal dividing walls
- Embraced: Open, flexible layout
#3. Component Arrangement
Layout planning after ordering parts, ensuring everything fit correctly before permanent installation.
#4. Framework Construction
Structural building using 80/20 aluminum (detailed in separate Framing post).Key Philosophy
Start with why, then how. Understanding the purpose drove every technical decision. This wasn't a weekend warrior van- it needed to be a legitimate home.
- Embraced: Open, flexible layout
- Rejected: Internal dividing walls
- Rejected: Fixed shower compartments
- Onewheel transportation
- Surfing
- Climbing
- Snowboarding
- Mountain biking
- Insulation (Thinsulate throughout)
- Cooling (air conditioning)
- Ventilation (MaxxAir fan, windows)
- Heating (Webasto propane heater)
- Comfortable long-term occupancy
- General daily living requirements
- Three daily meals (full meal preparation)
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