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This business plan outlines a mobile device repair service targeting apartment residents in three neighborhoods who need same-day phone and laptop repairs. The core problem is that local repair shops require a long commute and do not offer a clear same-day appointment slot. Our proposed solution provides a bookable pickup, a repair estimate, and return within one day for supported devices, delivered by a single technician using a shared workshop. Currently, this venture is in the pre-pilot stage: customer demand, willingness to pay, and operational feasibility are unverified hypotheses. The plan is to interview 15 residents, run a four-week pilot, and then decide whether to add a second technician. All financial figures and pricing are estimates pending testing.

Apartment residents who need fast phone or laptop repairs face a distinct inconvenience: local repair shops are located outside the neighborhood, requiring a long commute, and they rarely guarantee a same-day service slot. This gap between the need for quick, convenient repair and the available options is the specific customer problem. The proposed mobile service addresses that by eliminating the commute and providing a guaranteed same-day window for pickup and return.

The service offers a bookable pickup from the apartment, a repair estimate provided after pickup, and return of the repaired device within one day. Supported devices initially include phones and laptops. Competitors identified by the founder include two local repair shops (requiring commute) and a mail-in repair service (slower turnaround). This positions the mobile service as the only same-day, no-commute option in the three neighborhoods, though the actual competitive response and demand are unverified.

Customer acquisition will be attempted through three channels: apartment newsletters, local search advertising, and referrals from property managers. These channels are untested hypotheses—there is no confirmed data on response rates or cost per acquisition. The plan is to launch a booking page and monitor inbound interest during the four-week pilot. No marketing budget or specific campaigns have been set.

Operations rely on one technician who will perform pickups during designated windows, use a shared workshop for repairs, and manage the booking page. A parts supplier (yet unnamed) will be used for common components. The operational model depends on the technician’s ability to handle within‑day turnaround for multiple devices, and the shared workshop’s availability. These dependencies have not been stress‑tested.

The booking page will collect device type, issue, and address. Pickup windows must be coordinated with apartment building access and the technician’s schedule. No specific operating hours or geographic radius beyond the three neighborhoods have been defined.

Revenue will come from a flat repair fee plus a separate pickup charge. Both prices are currently being tested and have not been set. Costs include annual tooling and insurance, which are estimates (no actual quotes secured). No funding amount or source has been decided; the business may be self‑funded initially. All financial figures are assumptions and must be validated through the pilot. No projections or profitability claims are made.

Key risks include parts availability (supplier reliability and lead times), technician capacity (single person handling pickup, repair, and return), customer trust (handing over devices to an unknown service), and local permits (requirements for operating a mobile repair business in apartment buildings).

Validation tests: Interview 15 residents to assess demand, pricing sensitivity, and trust concerns. Run a four‑week pilot to test operational capacity, actual pickup/return times, and conversion from inquiry to sale. Check with local authorities for any necessary permits or business licenses. These tests will directly address the risks before committing to additional resources.

The immediate priority is to complete 15 resident interviews to gather qualitative evidence on demand and willingness to pay. Following that, launch a four‑week pilot with the single technician, using the three acquisition channels. After the pilot, decide whether to add a second technician based on capacity and demand data.

Evidence gaps that still need filling include: verified pricing acceptance, real conversion rates, customer acquisition cost, parts lead times, and permit requirements. Professional reviews required: legal check of permit status, insurance coverage adequacy, and a business model review of unit economics (once pricing is set). No funding or investment decisions will be made before these steps.