Wearable Child Safety Tracker - Exploded Multi-Part Model

Create a compact, premium child-safety location tracker designed to be discreetly secured within a dense bundle of hair near the nape of the neck. DESIGN FORM: * Overall target size: approximately 28 × 15 × 6.5 mm. * Create an appealing, highly ergonomic organic form inspired by the smooth, minimal, rounded proportions of premium wireless earbuds, but DO NOT copy an AirPods product. * Use a smooth capsule/pebble-like body with flowing curves and no sharp edges. * Slightly curved underside to follow the child's head. * Low-profile, lightweight and visually unobtrusive beneath hair. * Soft silicone/TPE outer body, approximately Shore 30A–50A. * No screen, buttons, LEDs, logos or unnecessary features. INTERNAL ARCHITECTURE: Create a protected miniature internal chassis inside the soft housing containing: * miniature PCB * GNSS positioning module * low-power cellular communication module * microcontroller/power-management electronics * thin Li-Po rechargeable battery, approximately 18 × 9 × 2.5–3 mm * flexible printed antenna positioned toward the outer side of the device * protected charging contacts Keep the electronics compact and realistically arranged rather than oversized. HAIR ATTACHMENT: Create an integrated flexible hair-gripping mechanism on the underside/rear of the device. * Use soft TPE/silicone. * Grip a broad bundle of hair, not a few individual strands. * Gripping zone approximately 10–12 mm wide and 8–12 mm long. * Use multiple rounded flexible friction ribs rather than sharp teeth. * Approximately 8–12 rounded ribs on each gripping surface. * Rib height approximately 0.5–0.8 mm. * Rib spacing approximately 0.6–1.0 mm. * Smooth hair-entry opening approximately 5 mm. * Use distributed friction and elastic deformation rather than excessive clamping force. * Include a curved hair-retention path so the hair cannot easily slide straight out. * No adhesives and no sharp metal parts. SAFETY: Include a conceptual controlled-release mechanism that keeps the device secure during normal activity but can release under excessive pulling force to reduce the risk of hair/scalp injury. Do not specify an unvalidated release force. ERGONOMICS: * Rounded R1–R2 mm minimum external transitions. * Smooth silicone surface. * No exposed screws or electronics. * No sharp projections. * Low profile for prolonged wear and sleeping comfort. * The housing should conform naturally to the curvature of the head. FINAL CAD: Create: 1. Fully assembled tracker. 2. Section view showing PCB, battery, GNSS/cellular electronics and antenna. 3. Close-up of the hair-gripping mechanism. 4. Exploded view showing outer housing, internal chassis, electronics, battery and hair-grip mechanism. The final product should look like a sophisticated, realistic industrial-design prototype: extremely small, smooth, ergonomic, premium and unobtrusive—not like a generic GPS box.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.