Goofish® Rod-More Than Fishing
GOOFISH® RIBBONRUN 692M Tai Rubber Casting Rod
Description
Product details
The GOOFISH RIBBONRUN 692M is designed around boat-based tai rubber fishing with sliding rubber-skirt lures, a compact conventional reel and a steady retrieve. A continuous saffron-yellow EVA rear grip, short foregrip and charcoal blank with restrained magenta details give this dedicated casting rod its Saffron Ink identity.
The 206 cm, two-section butt-joint direction keeps most of the working blank in one long main section. It is not a center-cut travel rod, a fast-action bait-rig rod or a rod for every fishing method.
Specification status: All new rod dimensions, ratings, material choices, mass, balance and installation details below are development targets awaiting engineering approval and physical sample validation. Sourced FUJI component dimensions are catalog references, not measurements of an assembled rod. Images are design renders, not photographs of manufactured stock or production drawings. No working-load, recommended-drag, casting-distance, catch-rate or strength result has been established.

One model, one deliberate presentation
RIBBONRUN refers to the rubber-skirt presentation and sustained winding that define this brief. The 69 model family denotes a nominal 6 ft 9 in class, 2 denotes two removable sections and M denotes the intended Medium power. The controlling metric length is 2060 mm. SKU RR-692M-SI identifies this one model in the Saffron Ink finish; there are no additional Power, color or length combinations.
The intended users are boat anglers targeting locally appropriate sea bream and snapper-type species with a sliding tai rubber lure, in protected coastal and offshore boat settings where conditions permit controlled lowering and retrieval. Species names do not establish fish-weight limits. Maintain safe rail and passenger clearance, room for the working rod, a controlled drift and suitable landing equipment. There is no universal approved depth or current-speed envelope.
The Moderate bending direction is chosen for evaluation during sustained winding rather than rapid rod-driven metal-jig movements. It is not a promise of automatic hook setting or fewer lost fish. The long main section trades shorter packed length for a different joint location; it does not prove superior strength or one-piece behavior. A straight top-side casting guide plane is the initial layout, not a tested advantage over spiral wrapping.
692M selection targets
| Configuration | Trigger-seat casting / compact conventional reel; straight top-side guide plane, not spinning |
|---|---|
| Overall length and sections | 2060 mm / two removable sections, development target |
| Physical section lengths | S1 handle 580 mm; S2 main plus tip 1560 mm, targets including permanent fittings |
| Joint and dimensional chain | Composite upper-female-over-lower-male butt joint; 80 mm engagement target. 580 + 1560 - 80 = 2060 mm. No external metal ferrule cap |
| Packed length | Longest bare section 1560 mm target; protected section-sock envelope at most 1590 mm target. Case clearance and final shipping dimensions remain unmeasured |
| Power | Medium development target: relative resistance to deflection, not a fish mass, lifting load or force rating |
| Action | Moderate development target: progressive bending distribution under a defined support and load method. Not a measured recovery speed or fixed bending ratio |
| Complete suspended tai rubber assembly | 40–120 g development window, counting head, skirt, hooks, leader-attached fittings and any additional weight together. Not a head-only range, overhead casting rating or allowable pulling force |
| Line selection | PE0.6–1.0 development reference; choose a suitable leader and connections separately. PE class is not breaking strength or rod capacity |
| Finished dry mass | 140 g or less development objective, fully assembled with all rod fittings, without reel, line, lure, sock or case; not measured |
| Bare-rod balance | x420–480 mm development objective from rear butt face; dry assembled rod horizontal, guide plane upward, no reel or line. Record support method and actual balance, then assess a mounted outfit separately |
| Reel trial | Compact 100–200-class low-profile baitcasting or small conventional reel, approximately 180–240 g trial range. Labels vary by maker; actual foot, spool exit, levelwind, hand clearance and balance govern |
| Proposed USD price | US$169, supplier quote and final configuration pending. Cost and margin have not been established |
Do not add sinker mass beyond the window because current increases. If line angle or drift makes controlled operation unsuitable, change the setup or stop. No pitching or overhead casting load is approved. No spare tip or interchangeable Power tip is specified.
A grip chosen for the boat, then given color
The starting choice is shaped closed-cell EVA for the continuous rear grip and short foregrip, with the actual FUJI casting seat forming the central palm-contact area. This direction accommodates routine saltwater handling and cleaning while allowing color throughout the foam. Wet-hand, gloved-hand, stain, compression, abrasion and long-session comfort must be evaluated; no tested non-slip, fatigue or weight advantage is claimed.
Natural cork was considered for its familiar contact feel, but remains an alternative requiring its own pore quality, filling, cleaning and saltwater trials. Composite cork would add binder and bond-process decisions. A rigid carbon grip would require separate wet and cold comfort assessment and edge protection. None is rejected as universally inferior. The chosen EVA direction is practical for this particular colorable continuous-grip brief, not a comparison-test result.
Light yellow foam needs deliberate testing for grime, sunscreen and bait stains, approved cleaning agents, pigment transfer, fading, wet/dry aging and bond quality. Include repeated casting-motion handling for incidental use without claiming that a casting load is approved; intended use remains lowering and retrieving. Cold and wet glove trials are necessary, but do not establish an ice-fishing rating.

Handle dimensions and reel fit
All axial positions use x=0 at the rear butt face, increasing toward the tip; millimeters control. These are design envelopes, not supplier tolerances or confirmed installed dimensions. The catalog seat body and its moving hood cannot be treated as a ready-made grip assembly.
| Part | Axial target | Diameter / fit target |
|---|---|---|
| Charcoal compliant butt cap | x0–15; 15 mm axial | 28 mm maximum OD; material grade, compliance, attachment and impact acceptance pending |
| Continuous saffron EVA rear grip | x15–265; 250 mm long | 26 mm maximum OD; end profiles and bore follow approved blank/seat geometry |
| Rear seat transition | x265–270; 5 mm allocation | Nonstructural transition, smooth edges; OD to match mating parts |
| Candidate casting seat body | x270–380.5; 110.5 mm catalog body length | Nominal 9.5 mm bore candidate; supplier must resolve actual blank OD, exposed window and adhesive fit |
| Front locking-clearance allocation | x380.5–390; 9.5 mm reserved | Not an approved nut-travel allowance; revise after full locking-travel and reel-foot trials |
| Saffron EVA foregrip | x390–430; 40 mm long | 25 mm maximum OD, development target; must not obstruct hood movement |
| Front transition | x430–450; 20 mm allocation | Smooth nonstructural taper; finished OD determined by supplier drawing |
| Exposed lower blank | x450–500; 50 mm | Structural OD, coating and safe support areas unassigned |
| Butt-joint contact region | Nominal assembled x500–580 | 80 mm engagement target; male OD, female ID, wall schedule, seating reserve and tolerances engineer-defined |
The seat-body midpoint is x325.25 mm by the nominal dimensional chain, not a measured reel-foot center or a manufacturing tolerance. Before approval, reconcile all moving parts on a sectional drawing. Do not create an unsupported arbor stack to fake exposed-blank contact. If the actual taper cannot fit the candidate seat, revise the seat and complete chain through engineering review rather than grinding structural carbon.
Mount the intended reel and record foot length, width, thickness, hood contact, remaining locking travel and thread engagement in millimeters. Check spool/levelwind line exit through the first guide, knob and trigger clearance with bare and gloved hands, forearm contact, and horizontal balance without adding an unapproved counterweight. A spinning reel with an underslung rotor is not the intended configuration; there is no spinning-rotor clearance approval. Reel size and mass alone cannot prove fit.

Blank and FUJI candidate components
The structural direction is a tubular carbon-composite main blank with a bonded solid-carbon fine-tip section and a reinforced composite butt joint. The fine-tip insert is permanently bonded, not a third removable section. Fiber supplier, brand, modulus grade, solid-tip length, resin, layup, fiber orientation, wall thickness, transition shape, cure and bond process remain engineer/supplier decisions. No particular carbon tonnage, proprietary nano formulation or improved sensitivity is promised.
The initial sample train is nine wrap-on guides plus one tip-top: one double-foot size-8 entry guide and eight size-6 single-foot runners, all in the upper casting plane. This is an initial design count, not a validated production layout. Establish every station with the actual reel, taped guide trials, static line-clearance checks and dynamic retrieve tests. Check the fine-tip transition and joint exclusion zones. The layout must change if it cannot maintain an acceptable line path under the approved loading envelope.
| Candidate | Qty | Sourced reference / open item |
|---|---|---|
| FUJI BCKWAG8 | 1 | KW double-foot; nominal ring 8; frosted dark-grey stainless frame, Alconite ring. Catalog H12.3, rear foot6.0, front foot5.9, overall L25.2 mm. Genuine supply and current order notation must be confirmed |
| FUJI BCKTAG family, nominal size6 | 8 | KT single-foot; frosted dark-grey stainless, Alconite. Catalog H8.2, foot7.0, overall L11.3 mm. Supplier to confirm complete size-specific procurement SKU; no invented suffix |
| FUJI BCLGAT tip-top family, nominal ring6 intended | 1 | LG sloped-frame Alconite / BC dark-grey stainless direction. Tube size, complete order code and tube-dependent catalog dimensions intentionally unassigned pending finished-tip measurements and supplier drawing |
| FUJI ECSM9.5BC casting-seat candidate | 1 | Retail source lists nominal ID9.5 mm, shaped OD18.0/27.0 mm and body L110.5 mm; Mud Hole uses its SKU ECSM-95-BC for the 9.5 BC option. Supplier must reconcile ordering nomenclature, body, hood and actual fit |
| Shaped EVA grips, compliant cap and transitions | One set | Custom dimensions above; foam grade/density, cap formulation, bonding and final contours require supplier approval, not represented as FUJI accessories |
| Wrap thread, compatible finish, bonding materials and fabric section sock | As engineered | Thread size, wrap length, finish mass, adhesive chemistry/cure and protective clearance require approved material schedules |
Ring numbers are nominal catalog designations, not measured clear apertures. Tip-top tube ID must be selected from the actual finished tip OD, coating and approved adhesive allowance together; do not substitute ring size for tube size. Record insertion depth and glue process from the supplier. Do not force or excessively grind the tip to fit a preselected tube. No second model is proposed, so no cross-model part-sharing claim is made.
Retain genuine guide and seat finishes. Do not paint ceramic inserts, guide feet, tube bores, functional threads, locking interfaces, joint contact surfaces or adhesive areas. Dark-grey stainless is not an immunity-to-corrosion promise. Catalog identity does not approve installation.
Saffron Ink color and original branding
View the complete assembled rod appearance; dimensions, guide stations and original artwork require the approvals described below.
PANTONE 7408 C is the yellow reference for both EVA grips and a small lower-blank branding block; PANTONE Black 7 C is the charcoal coating/cap appearance reference; PANTONE 219 C is the magenta reference for two narrow lower-blank bands and fine wrap-edge accents. Keep the working upper blank predominantly charcoal with visible substrate texture where the approved coating permits. Thread body is charcoal with one small saffron edge and a restrained magenta keyline. Collar and trim parts remain charcoal, without stacked decorative metal rings. Seat hardware and guide metal remain the genuine supplier finish.
The blank branding block occupies nominal x600–690 mm, beyond the joint contact zone. Two magenta bands, each 2 mm axial width with 3 mm separation, sit at x690–697 mm. These are styling targets, not tolerances. Structural wrap lengths follow prepared feet; a 1 mm visible accent-edge target does not set wrap length. Decoration must not cross the removable joint.
Use only the approved original connected-double-O GOOFISH wordmark, preserving its proportions. The available low-resolution bitmap photograph is a visual reference, not a released production master. Obtain the original vector before printing; do not trace, stretch, substitute a font or add a new infinity/fish icon. Rendered lettering is not an approved print master.

Allocate a 70 × 8 mm wordmark box at x605–675 on the outward side relative to the guide plane, reading butt-to-tip, with at least 2 mm clear space. Fit the original artwork proportionally inside it. Reserve x710–850 for the series/model, 2.5 mm letter-height target, and x870–1050 for the specification line, 1.8 mm target: “RIBBONRUN 692M | 206cm TARGET | 2PC | M MODERATE TARGET | 40–120g SUSPENDED TARGET | PE0.6–1.0 TARGET”.
Mark S1 near x475 and S2 near x590, 2 mm character-height targets, outside contact/bonding zones. Place paired 8 × 0.6 mm alignment ticks adjacent to the joint shoulder on the guide datum after the supplier establishes final seating and reserve. Never interpret decorative ticks as an instruction to force the joint flush. The rear cap face carries the original wordmark only, proportionally within an 18 × 4 mm box with at least 2 mm edge clearance. Proposed process is pad printing on approved blank/cap substrates with compatible protective coating; trials must approve opacity, adhesion and minimum legibility before release.
PANTONE codes communicate color references, not paint, pigment, ink or anodizing recipes. Prepare separate signed physical masters for coating/clear coat, actual supplier metal, shaped EVA, wrapped-and-finished thread, cap material and print ink. Check gloss, wet/dry appearance, adhesion, abrasion, flex, cleaning, pigment transfer, UV fading and aging with approved methods. Images and screen colors are not color standards.
Use limits and care
No overhead casting, surf bait casting, speed jigging, deep metal-jigging, trolling, heavy-cover extraction or rod-holder preloading is approved. Do not transfer the suspended lure window into a pulling-force or drag recommendation. Avoid high-sticking, line wraps around the fine tip and pulling free a snag with the rod. Use suitable landing equipment rather than lifting fish aboard.
After saltwater exposure, use a gentle model-approved cleaning routine, dry completely and inspect the fine-tip transition, rings, wraps, seat and both clean joint surfaces. Do not use unapproved solvents on foam, coating or bonds. Store the separated sections with protected tips and enough guide clearance; the proposed sock is not a hard impact case.
Engineering and sample-approval plan
Four different quantities remain separate: complete lure mass in grams; rod working-load envelope in newtons under defined conditions; recommended reel drag measured as line tension in newtons; and destructive failure load in newtons. Line/connection tensile strength in newtons is a further system measurement. None may be inferred from PE class, M power or fish weight. No numerical force acceptance threshold has been assigned without engineering justification.
For guarded rod tests, define the original unloaded butt axis toward the tip as +X and the rear cap as x=0. Use padded engineer-designed grip supports and a representative reel-foot fixture; never hard-clamp bare carbon or the trigger. Where a whole-rod line test is specified, run test line from the reel-foot fixture through every guide and the tip-top to a calibrated load cell and controlled actuator. Test personnel stay clear of stored energy and line-failure paths. Proposed force-direction studies use 0°, 30° and 45° downward from original +X in the guide plane, subject to engineer approval; angles are not measured from the bent tip tangent.
| Project and units | Fixture, loading point and path | Method and approval fields still to define | Sampling and acceptance |
|---|---|---|---|
| Action/Power characterization: N, mm, degrees | Approved padded handle/reel-foot support; whole-rod line path; controlled direction relative to +X; optically record full bend profile | Engineer sets support positions, load steps, N/s ramp, hold seconds and cycles before test; agree reference rods and deflection-based classification | Proposed development screen:3 independently built rods, engineer approval pending. Accept only against preapproved bend/reference criteria with no local hinge or damaging contact; no claimed result |
| Working-load and guide-clearance envelope: N, mm | Same whole-rod fixture/path; approved 0/30/45-degree studies; loading acts through outgoing line, not a hanging weight on bare tip | Engineer defines forces, ramp N/s, hold seconds, cycles, deflection limits and safe stop rules; load envelope must cover intended operating conditions | Proposed3 independent rods; final count and pass criteria engineer-approved. No fracture, delamination, joint/seat movement or line-to-blank contact within the approved envelope; quantitative movement limits unresolved |
| Recommended drag: N at documented spool fill | Actual proposed reel securely mounted on approved rod fixture, line through every guide; outgoing force direction documented relative to +X | Engineer defines spool fill, wet/dry line condition, controlled payout speed mm/s, start/run measurements, duration, cycles and thermal conditions; derive recommendation from complete system evidence, not proof-load division | Proposed3 rod/reel setups; engineer sets sample plan and start/run limits. No drag setting published until rod, reel and connection envelopes are jointly approved |
| Line/leader/connection tensile system: N | Separate guarded tensile machine with suitable capstan/grips and specified gauge length; pull along specimen axis; NO rod, reel or guide path in this test | Record line identity, knot/tie method and conditioning; engineer sets crosshead speed mm/min, any hold seconds and repetition count | Number of independent specimens and acceptance distribution TBD by responsible engineer. Not inferred from PE or label pound test |
| Structural proof and cyclic retrieve loading: N, cycles | Approved padded handle and reel-foot fixture, complete guide path; force-direction and lateral excursion referenced to +X and guide plane | Engineer approves proof force, min/max cyclic load, N/s or frequency, hold/dwell seconds and cycle count; no household-weight substitute | Proposed3 non-destructive development rods, final plan TBD. Crack, insert/foot damage, seat slip, joint shift and residual deflection limits must be signed before test |
| Butt-joint and bonded fine-tip retention: N, N·m, mm | Dedicated distributed padded fixtures around approved reinforced regions; axial pull along local axis and separately defined torsion about it, not all-guide line loading | Engineer sets engagement, fixture spans, pull N/s, torque N·m/s, holds, assembly cycles and wet/dry conditioning; assess tip-bond process and wall-transition continuity | Independent joint/tip-bond sample quantities and slip/rotation/crack criteria TBD. No generic overlap or adhesive threshold invented |
| Destructive failure characterization: N and failure location | Dedicated sacrificial completed rods, guarded whole-rod fixture with every guide in line path, chosen engineer-approved angle from +X | Engineer sets support geometry, monotonic N/s ramp, any hold, repeat count per specimen and instrumentation. Never reuse a destructive sample as normal-use stock | Proposed3 sacrificial rods distinct from other screens; engineer must approve final plan and required failure-mode/force criteria. Characterization is not a customer working-load claim |
| Grip, reel-foot and environmental durability: mm, N/N·m where relevant, hours/cycles | Actual seat/foot and shaped grip fixtures, plus coated/material coupons; mounted layout with documented line path only where relevant; no line path for color/cleaning coupons | Supplier/engineer sets compression, clamp force/torque, application speed, holds, wet/dry/UV/soil/cleaning exposure, aging duration and cycles | Sample counts, color-change, compression, bond, locking-travel, clearances and appearance pass limits TBD; no non-slip/fade-proof claim before approval |
“TBD” means the responsible engineer must assign and approve the value before testing. Where a development screen of three is suggested, it is a planning input, not an approved statistical production sampling plan. Every protocol must document calibration, conditioning, support compliance, measured force/time history, observations and stop rules. Do not start a test with unassigned force thresholds or accept a sample using criteria chosen afterward.
What must be approved before specification release
- Direct development inputs: one casting model; dedicated tai rubber role; controlling 2060 mm chain;580/1560 mm sections and80 mm engagement direction; handle envelopes; Saffron Ink palette; original-artwork rule and zero-stock draft intent. These are inputs, not measurements.
- Engineer/supplier decisions: layup, solid-tip length and bond, wall transitions, blank diameters, joint taper/reserve/tolerances, exact FUJI orders, seat/foot/bond fit, hood travel, grip contours, adhesive/cure, guide stations and reinforcement, coating and print processes.
- Physical sample gates: Action/Power, suspended-rig response, line clearance, wet/gloved handling, mass and balance, seat retention, joint wear, tip connection, grip/coat aging, approved guarded load tests and protected storage clearance.
- Build documented samples; measure each physical section, actual engagement and assembled length. Verify all guide stations and contacts, then conduct the preapproved tests.
- Record failures and dimensional deviations, revise drawings/BOM/process, build or rework controlled samples and repeat affected tests. Keep revision traceability.
- Release only after signed engineering, supplier and sample approvals agree. Replace TARGET inscriptions only with approved measured specifications; product-draft saving and appearance renders are not production or sales approval.
Intended supplied contents after approval: one selected two-section rod and a fitted fabric section sock. Reel, line, tai rubber lure, landing net and hard case are not included. Final package mass and dimensions require measurement.
Component and color references
References below were retrieved as public search extracts on8 November2026; they identify candidate components and color references, not installed fit. Web-page publication dates were not supplied in the extracts. Catalog reference year is not a live stock guarantee.
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