Arctic Bay Diamond Planner & Community Field Simulator

Arctic Bay Diamond Schematic (Plan & Thermal Cutaway)

Selected Zone

Full Diamond System

Thermal Thaw Depth

18.2 cm (Safe)

Local Daylight (Summer)

24-Hr Midnight Sun

Northern Engineering Parameters

Permafrost Insulation Depth 30 cm

Crushed granular basalt barrier to prevent summer active-layer thaw slumping.

Remote Transport Freight Mode

Nunavut has no road access; materials arrive via annual sealift barge or turboprop charter.

Field Turf Surface System

High-drainage synthetic modules engineered for rapid snowmelt runoff and freeze cycles.

Perimeter Windbreak Tier

Shields the diamond from polar gales off Admiralty Inlet to expand playable days.

Jays Care Youth Gear Kits 120 Kits

Helmets, gloves, bats, balls, and catchers gear for Arctic Bay and nearby hamlet youth.

Infrastructure Feasibility & Logistics Impact ✓ Real-Time Calculated

Freight Logistics Cost Air/Barge

$248,500

Sealift cargo + turboprop airlift

Permafrost Stability Index Sub-Grade

94% (Stable)

Heave Risk: Negligible

Playable Season Window High Arctic Summer

78 Days

June 18 – September 04

Youth Accessibility Score Jays Care Impact

98 / 100

Hamlet youth participation: 100%

Total Capital & Equipment Outlay Materials + Transport + Field Install

$412,000

Field of Dreams grant funded · $163,500 infrastructure + $248,500 transport

Arctic Bay Baseball Diamond Engineering Simulator

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Read the explanation

Building a regulation baseball diamond at seventy-three degrees North requires balancing active permafrost protection against remote Arctic transport logistics. Adjusting the permafrost insulation depth deepens the thermal barrier beneath synthetic turf, reducing active thaw depth and driving stability from seventy to ninety-four percent. Selecting sealift barge versus air charter adds freight weight surcharges, coupling field durability and youth equipment kits directly to the overall project budget.