Jarvis Command Center · Cybercab V6.9

Operator dashboard: realistic scaling, execution controls, and clear decision signal

System online · Access controlled · Auto deploy active

Depot / Garage Capital Model

Planning-grade capex model for a Cybercab depot in Plymouth, MA. All cost inputs are editable. Numbers are approximations — not engineering-grade estimates. Civil, utility, and permit scope can move results materially.

Defaults drawn from Plymouth industrial comparables ($675k/ac), Red Stag / Holder / HomeAdvisor construction ranges, and Eversource EV charging guidelines. Northeast labor premium and MA permitting complexity embedded in default values.

Garage Model Inputs

Physical Sizing
Land + Due Diligence
Building Shell ($/building sq ft)
Electrical + Lighting ($/building sq ft)
Plumbing ($/building sq ft)
Civil / Sitework ($/disturbed outdoor sq ft)
Paving ($/paved sq ft)
Utility + Charging
Fencing + Security
Soft Costs + Risk
BUILDING SQ FT
enclosed depot
PAVED AREA
circulation + apron
SITE ACREAGE
total parcel est.
TOTAL CAPEX
planning estimate
COST PER CAB
at full capacity

Cost Stack — Line by Line

CAPEX BREAKDOWN BY CATEGORY ($)

Scenario Comparison — Starter / Operating / Scaled Depot

METRIC
STARTER YARD
OPERATING DEPOT
SCALED DEPOT

Starter yard = fenced lot + chargers, no enclosed building. Scaled = 2× cabs; utility interconnect largely fixed, perimeter scales sub-linearly.

Planning model only. Land, utility interconnection, and stormwater are the highest-variance line items. Northeast labor premium and MA permitting complexity embedded in defaults.

Depot Dependency Web

Price-oriented dependency map. Closer bubbles are generally lower-cost scopes or advisory roles. Farther bubbles are usually the heavier capex or risk buckets. It is directional, not exact.

Depot Solar + Energy Model

Planning-grade model: fleet size → garage footprint → roof area → solar array → site energy balance. All assumptions are editable. Numbers are approximations — not engineering-grade.

MA solar production factor uses a typical commercial rooftop average of 3.5–4.0 peak-sun-hours/day for southeastern MA.

Energy Model Inputs

Fleet
Roof + Solar
Energy Demand
MA Solar Production
Battery Storage (Powerwall)

Model shifts excess daytime solar into battery. Overnight-charging depots see higher real-world benefit — battery stores solar peak for night discharge regardless of daily totals. First-pass approximation only.

Grid + Export Economics
Solar Capex

Typical commercial range: $2.50–$3.50/W installed. Total system cost, $/kW, and $/panel are derived automatically from panel count and wattage inputs above.

Calculated Outputs

Facility
Garage floor area
Usable roof area
Panel count
Installed solar capacity
Solar Capex
Total solar system cost
Cost per kW installed
Cost per panel
Energy Balance
Fleet daily demand
Total site daily demand
Daily solar output
Battery storage capacity
Battery discharge / day
Grid draw after storage
Solar-only coverage
Solar + storage coverage
Grid reliance after storage
Annual Estimates
Annual solar generation
Annual site demand
Annual grid draw
Annual grid cost avoided
Annual export value
Annual incentive / CS est.
Annual energy benefit (total)
Solar-only payback
Storage-layer payback
Solar + storage payback
DAILY ENERGY BALANCE: DEMAND + SUPPLY BREAKDOWN (kWh)
ENERGY SOURCE MIX (DAILY)
COVERAGE % AS FLEET SCALES — SOLAR-ONLY vs SOLAR+STORAGE
ANNUAL ENERGY BENEFIT BREAKDOWN ($)
SOLAR CAPEX SCALING — PANELS · KW INSTALLED · TOTAL SYSTEM COST AS FLEET GROWS
CYBERCAB VISUALS
NET CASH (MTD EST.)
$0
post-tax, post-opex
DAYS TO NEXT CAB
with reserve floor
FLEET SIZE (LIVE)
3
starting cabs
NET / CAB / MONTH
$0
after Tesla split + costs
RUNWAY MONTHS
using reserve cash

V6.6 Input Controls

Operations
Revenue Share + Taxes
Per-Cab Monthly Costs
Fleet-Level Monthly Costs
Growth Logic

V6.8 Summary

Margin View
Loaded Margin (includes fixed)
Unit Margin (excludes fixed)
Current: Loaded margin
Sensitivity Presets
Conservative
Base
Aggressive

PER CAB ECONOMICS (360 DAYS/YEAR)

Monthly Per Cab
Yearly Per Cab

FLEET COST ANALYZER

Monthly (for selected fleet size)
Yearly (for selected fleet size)

WHAT CHANGED

Run model to track changes.

MODEL SANITY GUARDRAILS

Evaluating assumptions...
1) DAILY REVENUE (OPERATOR NET AFTER TESLA SHARE)
2) CUMULATIVE NET PROFIT (POST-TAX, WITH CAB PURCHASE DIPS)
3) FLEET SIZE OVER TIME
4) DAYS BETWEEN PURCHASES (INVERSE RELATIONSHIP)
SCENARIO LAB + RISK HEATMAP

SCENARIO COMPARISON

RISK HEATMAP

MILESTONE TRIGGER ENGINE
CASH WATERFALL (STARTING FLEET MONTHLY)
PHASE 0 EXECUTION BOARD

LLC Filing

  • Status: OPEN
  • Action: MA SOS filing
  • Output: Certificate issued

EIN + Bank

  • Status: OPEN
  • Action: IRS EIN + account setup
  • Output: ready for funding flow

Insurance Quotes

  • Status: OPEN
  • Action: specialty AV carriers
  • Output: real premium ranges

Funding Track

  • Status: OPEN
  • Action: SBA/grants docs
  • Output: capital readiness
PHASE EXECUTION TRACK

Phase 0

  • LLC, EIN, bank
  • Insurance + financing
  • Legal/admin setup

Phase 1

  • 3-cab launch
  • KPI baseline
  • Daily ops controls

Phase 2

  • 10-25 cabs
  • Reinvestment compounding
  • Depot maturation

Phase 3+

  • 50-100 cabs
  • Automation-heavy ops
  • Scale governance
SUBAGENT OPS LAYER

Rex · Finance & Model

Owns assumptions, projections, reinvestment timing, and margin control.
Tasks: model recalcs, margin drift checks, milestone ETA updates.

Mac · Market Intelligence

Tracks Tesla updates, competitive shifts, demand zones, and policy signal changes.
Tasks: weekly intel briefs, pricing signal scans, competitor watch.

Troy · Compliance & Filing

Runs filing cadence, deadline tracking, and documentation quality control.
Tasks: filing calendar, doc packet checks, deadline alerts.

Wes · Fleet Operations

Monitors utilization, charging/depot flow, and bottlenecks in scaling throughput.
Tasks: utilization diagnostics, charging bottleneck fixes, ops KPIs.

Quinn · Capital & Grants

Owns funding pipeline, lender package readiness, and non-dilutive capital tracks.
Tasks: lender readiness, grant tracking, capex package updates.

Jarvis · COO Orchestrator

Directs Rex/Mac/Troy/Wes/Quinn, resolves blockers, and drives execution cadence.
Tasks: weekly priorities, blocker resolution, delivery QA.

EXECUTION QUEUE (7-DAY)

DO NOW

  • Keep model assumptions current
  • Track Tesla fleet program updates
  • Maintain security posture (Access + repo)

DO NEXT

  • Finalize insurer outreach package
  • Tighten milestone trigger thresholds
  • Refine reserve policy by fleet stage

BLOCKED

  • Final insurance pricing before production
  • Final regulatory timing certainty
  • Depot utility interconnect lead time

OWNERSHIP

  • Jarvis: modeling + execution
  • Jake: strategic decisions
  • Rex/Troy/Mac/Wes/Quinn: delegated tracks
DEPOT STRATEGY TRACK (PLACEHOLDER)
Phase A (<=25 cabs): 10k-12k sqft equivalent capacity planning baseline.
Phase B (50 cabs): 18k-22k sqft target with expanded charging distribution.
Phase C (100 cabs): 35k-45k sqft + ~1.5MW class electrical planning.
Status: Tracked, intentionally deferred until insurance + financing visibility improves.
LEASE START MODEL (EXPERIMENTAL)

PROFIT-FUNDED SCALE INPUTS

Rooftop constraint: batteries shift solar in time, but they do not create more energy. As fleet size rises, a fixed roof can become the limiting factor, so grid reliance can still increase even with more storage.
For every trigger amount of retained profit, the model buys one additional Cybercab. No hole. No upfront mixed-fleet jump. Goal: scale from the starting fleet to the target fleet before the small depot phase.

V6.8 PROFIT-FUNDED SCALE SUMMARY

MONTHLY / ANNUAL SCALE VIEW