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The Van / Build

A Transit platform built around year-round living and real winter testing.

This is a platform for systems integration and cold-weather evaluation, not a lifestyle build. It demonstrates power planning, fabrication, thermal thinking, storage, durability, and real operating constraints.

Off-grid power
Winter living
Field validation
Ford Transit van build parked during heavy snowfall for winter living systems testing.
The Transit is being developed in the conditions it is expected to survive: snow load, freezing temperatures, short daylight, wet gear, and repeated daily use.

Systems Involved

A real environment for evaluating products and systems.

The platform creates a real environment for evaluating how products and systems perform during prolonged exposure, daily use, and changing field conditions.

How the testing works

Off-grid power systems

Cold-weather validation

Fabrication and storage

Thermal and moisture behaviour

Field usability

Product testing context

Year-Round Living Plan

Built as a winter-capable living system, not a fair-weather camper.

The van is set up around the unglamorous parts of living and working through a Canadian winter: keeping power available when solar production drops, keeping heat and airflow balanced, managing condensation, storing wet gear, and making the layout serviceable when systems need attention in bad weather.

That makes it a practical demonstration platform for partners in solar, batteries, charging, controls, insulation, heating, ventilation, and rugged storage. Products can be shown in an actual field-use environment instead of a staged install.

Power reserve

Solar, battery storage, alternator charging, shore charging, and monitoring sized around winter load profiles and short daylight.

Thermal envelope

Insulation, heat distribution, window treatment, and cold-bridge reduction planned around overnight comfort and freeze protection.

Moisture control

Ventilation, drying space, and material choices focused on condensation, snow melt, wet boots, and daily interior humidity.

Water and storage

Compact storage zones, freeze-aware water planning, tools, food, recovery gear, and service access kept practical for full-time use.

Primary use case

Four-season mobile base for work, travel, testing, and remote winter operation.

Partner fit

Off-grid energy products documented under real snow, low-light, and daily-use constraints.

Validation style

Installation notes, operating feedback, seasonal results, and practical content from the build.

Gallery

Winter deployment gallery

Exterior field photos from active cold-weather deployment, framed around testing context, operating conditions, and the year-round living requirements the build has to satisfy.

Side profile during active snowfall, useful for planning solar placement, service access, and snow-shedding behaviour.
Side profile during active snowfall, useful for planning solar placement, service access, and snow-shedding behaviour.
Front exposure after snow accumulation, showing the winter conditions the living systems need to support.
Front exposure after snow accumulation, showing the winter conditions the living systems need to support.
Cold-weather parking context for evaluating insulation, freeze protection, and overnight heat retention.
Cold-weather parking context for evaluating insulation, freeze protection, and overnight heat retention.
Driver-side access in snow, a practical constraint for storage, entry, and daily winter routines.
Driver-side access in snow, a practical constraint for storage, entry, and daily winter routines.
Remote winter parking position for testing power autonomy and low-light operating assumptions.
Remote winter parking position for testing power autonomy and low-light operating assumptions.
Rear access area during snowfall, relevant to gear storage, recovery tools, and wet-weather loading.
Rear access area during snowfall, relevant to gear storage, recovery tools, and wet-weather loading.
Low-light winter deployment context for lighting, visibility, charging, and cold-start routines.
Low-light winter deployment context for lighting, visibility, charging, and cold-start routines.

Interested in the platform or field testing?

CapnCoil takes technical partnerships, product evaluation, and field validation programs built around real operating conditions.