Video summary

I Tried to Save Money Building My Garage... Ended Up in the ER For 3 Weeks

Main summary

Key takeaways

Lifestyle

Overview

The video documents a one-person “build my own garage” project that begins with big DIY plans and ends with a serious accident.

Early on, the narrator focuses on:

  • permits and engineering
  • layout decisions for fitting a vehicle lift
  • massive site preparation (trees, stumps, hauling logs, moving rock/dirt)

They rent equipment (mini excavator, plate compactor) and trench to frost depth, then build the footer and block/stem wall—repeatedly adjusting for Ohio weather. Freeze/thaw cycles, rain that turns trenches into mud, and snow/wind during concrete curing all complicate progress.

Ultimately, the project is derailed when concrete contact causes severe burns and a long hospital recovery.

Key build & lifestyle takeaways (DIY steps and lessons)

Garage design + lift considerations

  • Plan the interior around the vehicle lift, noting the lift width is about 11.5 ft.
  • Consider door layout to preserve maneuvering space:
    • weigh options between high-lift doors vs. roll-up doors
  • Plan extra viewing/space:
    • use two narrower garage doors instead of one wider door
    • add a large window
  • Build a workable driveway/backing plan:
    • add a rope/parking reference line
    • plan a retaining wall to widen/backfill for driveway space

Tree removal / site clearing approach

  • Remove dead or unsafe trees while attempting to preserve others.
  • Use rope rigging and tension strategy:
    • cut so the tree falls in a controlled direction already aligned by its lean
    • avoid pulling on the bottom in a way that loses control of the direction

Earthwork and trenching

  • Use rental equipment for major digging and grading, with an expected learning curve.
  • Deal with rocky soil:
    • expect large amounts of rock removal
  • Ensure trench depth reaches the frost line:
    • mark around 3 ft frost depth
    • trench bottoms may still require hand-scooping/cleanup for accuracy
  • When rain makes trenches muddy:
    • hand-dig soft/damage-prone water/drainage areas
    • backfill with rock/gravel to stabilize before inspection

Footer/foundation leveling + inspections

  • Use a laser level to reference the top of concrete (not necessarily the trench itself).
  • Stake out exact heights:
    • drive stakes into corners and along the layout for precise concrete elevation
  • Rebar + setback checks for inspection:
    • footer inspection is passed
    • next concrete pour is scheduled, then later adjusted due to weather

Concrete pour + curing under cold, wind, and snow

Big weather variables

  • Rain the night before creates slippage risk and softens/weakens corners.
  • Wind warnings and snow require protection/insulation.

Mitigation steps used

  • Cover fresh concrete with tarps/blankets
  • Add heaters underneath the enclosure
    • note CO (carbon monoxide) safety awareness
    • monitor heaters with sensor-based monitoring
  • Use additional perimeter anchoring/tie-down points

Troubles encountered

  • Pour timing and water content/slump issues
  • Too much concrete in one corner led to hand raking adjustments
  • Concrete set faster than expected, making finishing/screeding difficult

Block/stem wall building in freezing weather

  • When mortar/block work becomes difficult in the cold:
    • temporarily stop and restart rather than forcing it
  • Attempt to create a heated “tent” environment:
    • plastic sheeting with a zipper opening
    • use space heaters
    • use a carbon monoxide detector
  • Use Type S mortar strategy:
    • intended to fill small irregularities
    • mortar tolerates thinner applications better than concrete

The major incident (why the project stops)

During the slab finishing stage, the concrete began setting up quickly (the narrator discusses timing/slump/additives).

  • The narrator crouched and put their knees into the concrete pants for traction while screeding.
  • Indirect contact through the pants allegedly caused severe chemical/thermal burns:
    • third-degree burns
    • extensive right-leg injury requiring grafting and treatment across multiple skin sites

Immediate consequence

  • Further slab work was paused/abandoned.

Outcome

  • Multiple skin grafts and surgeries
  • Hospital stay and long rehab/recovery (walking returns after weeks)

Notable locations, products, and named elements

Locations

  • Ohio (including late-fall/early-winter conditions)
  • Specific property/site described as rocky with trees and stumps

Products/tools mentioned

  • Harbor Freight gas saw (~$39) used to fell/chop a tree
  • Mini excavator (18-inch bucket)
  • Plate compactor (~260 lbs)
  • Laser level (for footer leveling)
  • Winch (~10,000–12,000 lb) for pulling out a tree/stump
  • Concrete forms and curing materials: tarps, blankets, plastic sheeting
  • Space heaters (including a 220V heater for stray cats)
  • Type S mortar for leveling and filling imperfections

Equipment/rental strategy

  • Rental excavator for trenches/earth moving (compactor added later)
  • Inspections by a local inspector

Platforms / references

  • More injuries and updates referenced via an Instagram link (not shown in the YouTube video due to policy/content constraints)

Original video