FORM CIBB-02[See Rule 3(2)]

Manufacturing feasibility assessment

Serial No. 2026-07-23-0019Issued: 23 Jul 2026
1.Product
a hecostix kind of hand eye coordination stick but it has built in color announcing mechanism. so when you throw it announces a color and you have to catch the color shaded handle
2.Submitted by
Anonymous
3.Target market
Global
4.Target retail
$25-45

5. Verdict

Use a soft overmold, sealed low-voltage voice module, impact-triggered color randomizer, and child-safe volume; pursue EN71/ASTM F963 testing, starting with 50 vacuum-cast prototypes.

6. Subsystems

  1. 6.1 Weighted foam baton and color grip zonesMEDIUM
  2. 6.2 Throw detection and color-selection logicMEDIUM
  3. 6.3 Audio announcement moduleLOW
  4. 6.4 Battery compartment and power controlMEDIUM
  5. 6.5 Child-safe enclosure and retentionMEDIUM
  6. 6.6 Assembly and end-of-line testingMEDIUM

7. Bill of materials

Item1001,00010,000
7.1 Foam overmold, PC/ABS core, four colored tactile grip zonesUS$5.20–6.80US$3.10–4.10US$2.20–2.95
7.2 PCB, accelerometer, microcontroller, memory and passive partsUS$4.10–5.60US$2.45–3.25US$1.70–2.25
7.3 Speaker, acoustic gasket, button and status LEDUS$1.35–1.90US$0.78–1.10US$0.52–0.76
7.4 2×AAA battery holder, captive screw door and contactsUS$1.10–1.55US$0.62–0.88US$0.42–0.60
7.5 Included alkaline AAA cellsUS$0.80–1.15US$0.46–0.68US$0.30–0.46
7.6 Final assembly, firmware loading and functional testUS$1.70–2.35US$0.95–1.35US$0.62–0.90
7.7 Retail carton, instructions, warning labels and inner protectionUS$1.10–1.55US$0.62–0.90US$0.42–0.62
7.8 TOOLING (one-time)US$55,000–95,000 for structural molds, foam-overmold tooling, color-zone process fixtures, audio/functional test fixture, and pilot validation.

At 10k units, tooling adds US$5.50–9.50/unit. The US$6.18–8.54 10k BOM is below 40% of a US$25 retail, but tooling makes US$25 retail thin; target US$35–45 retail or amortise across 25k+ units.

8. Gates to clear

  1. 8.1 [DFM]

    A hard baton with detachable colored sleeves turns a coordination toy into a tiny compliance grenade. Grip zones, end caps, and electronics retention are the real build risk.

    Path: Build a one-piece foam-overmold around a PC/ABS central core, ultrasonic-weld the electronics pod, use captive-screw battery access, then run 1.0 m drop, torque, tension, compression, and grip-abrasion trials through a toy-test lab.

  2. 8.2 [Certification]

    For child use, audio electronics and batteries must clear toy, electrical, chemical, and EMC requirements; calling it sports gear will not make regulators blink.

    Path: Launch age 6+ using an accredited lab sequence: EU CE under Toy Safety Directive 2009/48/EC with EN 71, EN IEC 62115, EMC and RoHS; US CPSIA/ASTM F963 plus FCC Part 15; UKCA/EN equivalents for UK. Add country-specific registrations only after the EU/US base file passes.

  3. 8.3 [Tooling]

    Custom overmolded color zones and a test fixture are affordable only with volume; at 10k, US$5.50–9.50 of tooling per unit chews up a US$25 shelf price fast.

    Path: Freeze to four molded colors, one speaker, one button, and no app or wireless. Quote two foam-overmold vendors at 5k/10k/25k, launch at US$35–45, and amortise tooling over 25k+ units or a school-program purchase commitment.

9. Prototype sequence

  1. 9.1Create foam-and-3D-printed 40–45 cm baton mockups with four tactile colored catch zones and adjustable ballast.Validate catchability, color-zone reach, impact feel, and safe mass before paying for electronics or molds.
  2. 9.2Build 15–30 electronics mule units using an accelerometer, speaker, AAA holder, and configurable throw-trigger firmware.Set a trigger threshold that works in real throws without shouting a color every time the toy is bumped.
  3. 9.3Run supervised play sessions with children, families, OT practitioners, and coaches using the revised age-6+ concept.Confirm that users can hear, understand, and act on the cue quickly enough for the game to be fun rather than random flailing.
  4. 9.4Make a 50–100 unit soft-tool pilot with production-intent core, foam, battery door, and sealed electronics pod.Expose retention, foam bonding, sound volume, assembly time, and color alignment failures before hard tooling.
  5. 9.5Complete pre-compliance drop, abuse, chemical, EN 71/IEC 62115, EMC, and FCC screening, then lock the production design.The required changes are safety enclosure, captive battery access, no wireless/app, and age-6+ positioning; prove them before certification spend.

Assessment criteria: J. Tanikella · Engine: GPT-5.6 Terra.

This is a system generated assessment issued on the basis of the information furnished above. It is produced by an automated model and may be incomplete, inaccurate, or fabricated. It is not a substitute for a DFM review by a manufacturer, nor for independent engineering, legal, or manufacturing due diligence.