Animatronic Toy Product

Overview

The animatronic toy is an interactive robotic pet that responds to touch, sound, light, and handling with coordinated motion, expressive lighting, and sampled audio. Behind a sewn synthetic-fur skin and an ABS Shell Half pair, an internal Skeleton Frame carries the motors, controller, and linkage pivots that drive five independent motion axes: head, ears, eyes, mouth, and tail.

A behaviour controller on the Main Control Board reads the sensor suite and sequences motion, sound, and lighting into recognisable moods. Petting wakes the toy, sudden tilts trigger startled reactions, and low ambient light puts it to sleep. Four RGB LED units behind the eyes and cheeks colour each expression.

How it works

Motion comes from the Actuator Group group. Each axis uses a small brushed Gear Motor whose reduction gearbox steps the motor speed down to a usable rate, then a profiled Drive Cam in the cam-and-linkage set converts continuous rotation into the reciprocating travel that blinks an eyelid, flaps an ear, or opens the mouth. Return springs hold each linkage against its cam, and a pair of Hall sensors lets the controller find the home position of the head and jaw drives so motions start and stop cleanly.

Sensing is handled by the Sensor Suite suite. Capacitive Capacitive Touch Sensor pads under the fur detect stroking, an IR proximity sensor notices an approaching hand, a microphone picks up voices and claps, and a MEMS tilt sensor registers being lifted or turned over. The controller fuses these inputs to choose a response.

The Main Control Board ties the system together: the behaviour MCU drives the gear motors through a multi-channel H-bridge, an audio playback IC plays sampled voice and effects through the speaker, and a connector field breaks out to the LEDs, sensors, and power. The Power System system supplies the whole toy from a single rechargeable 18650 cell through spring contacts and a user slide switch, while the Wiring Harness routes power and signals from the board out to every motor, sensor, and LED in the body.', },

'arcade-cabinet': { specs: [ ['Type', 'Upright coin-operated arcade machine'], ['Cabinet', 'CNC-cut MDF/plywood, vinyl side art, T-molding'], ['Display', 'LCD monitor with protective tempered glass'], ['Controls', '2× 8-way joysticks, 12× illuminated buttons, admin/start'], ['Game board', 'Single-board computer with USB I/O encoder'], ['Storage', 'eMMC/SD/SSD game image'], ['Coin handling', 'Steel coin door, 2× coin mechanisms, lockable coin box'], ['Audio', 'Stereo class-D amplifier, 2× cabinet speakers'], ['Marquee', 'LED-backlit translucent header'], ['Power supply', 'Switching 5 V / 12 V, fused IEC AC inlet'], ['Cooling', '2× axial DC ventilation fans'], ['Dimensions', '660 × 760 × 1730 mm (W × D × H)'], ['Weight', '95 kg'], ], body: '## Overview

The arcade cabinet is a standing coin-operated game machine built around a wooden cabinet, an LCD monitor, a deck of player controls, and a single-board computer that runs the game. It follows the classic upright layout: a marquee header, an angled control panel, a near-vertical monitor behind protective glass, and a coin door in the lower front.

The Cabinet forms the structure. CNC-cut Cabinet Side Panel pieces and a panel set box in the interior, adhesive vinyl side art and a printed Monitor Bezel finish the exterior, and flexible T-molding protects the edges. A lit Marquee Header header crowns the machine, lighting a translucent printed graphic with an LED strip.

How it works

Players see the game on the Display Module module: an LCD panel driven by a scaler board, held in a steel VESA mount behind tempered glass. Input comes from the Control Panel, a routed wood deck with a printed overlay carrying two Joystick units and twelve illuminated buttons. Each 8-way joystick uses a shaft, ball top, and a centering spring, with an actuator that presses four direction microswitches against a swappable restrictor gate; each Push Button is a snap-in plunger over a microswitch and an LED.

The Game Board is the brain. An Single-Board Computer runs the game from a storage module, while an I/O Encoder Board converts every joystick and button switch into USB HID inputs through screw terminals. Sound runs through the Audio Module module, where a class-D amplifier board drives two cabinet speakers behind the marquee.

Money handling lives in the Coin Door Assembly: a stamped steel door with twin coin mechanisms that validate coins, microswitches that signal each accepted credit, and a lockable coin box. Power enters through the Power Distribution assembly, where a switched and fused IEC inlet feeds a main switching supply and a fused DC distribution block that splits the 5 V and 12 V rails out to the boards, monitor, lighting, and the two cooling fans.', },

'fpv-racing-drone': { specs: [ ['Type', '5-inch FPV freestyle/racing quadcopter'], ['Frame', 'Carbon-fiber, 5 mm arms, 220 mm wheelbase'], ['Motors', '4× 2207-class brushless outrunner, ~1900 KV'], ['ESC', '4-in-1, ~45 A per channel, BLHeli'], ['Flight controller', 'MCU with IMU, barometer, OSD'], ['Propellers', '5-inch tri-blade'], ['FPV system', '5.8 GHz analog/digital camera + video transmitter'], ['VTX power', 'Up to 600 mW, circular-polarized antenna'], ['Control link', 'ELRS 2.4 GHz receiver'], ['Battery', '6S LiPo flight pack with XT60'], ['Top speed', '140+ km/h'], ['Goggles', 'Dual micro-OLED, diversity 5.8 GHz receiver'], ['Radio', 'ELRS handheld, Hall-effect gimbals'], ['All-up weight', '600 g (with battery)'], ], body: '## Overview

The FPV racing drone is a 5-inch carbon-frame quadcopter flown first-person through video goggles. The pilot sees a live feed from a nose camera while steering with an ELRS radio, giving the immersion that defines freestyle and racing flight. The package spans the aircraft, the FPV Goggles, and the Radio Transmitter.

The airframe is the Carbon Frame: stacked carbon top and bottom plates separated by aluminium standoffs, four 5 mm arms each carrying one motor, and a camera mount flanked by 3D-printed TPU bumpers and antenna mounts. Four Brushless Motor outrunners spin 5-inch tri-blade Propeller units.

How it works

Thrust is managed by the Flight Controller and the 4-in-1 ESC. The flight controller carries an MCU, an IMU, and a barometer; it reads stick commands from the Radio Receiver and the IMU, then commands motor speeds. The 4-in-1 ESC drives all four motors from one board, with a low-ESR bus capacitor smoothing current ripple and an XT60 feeding power from the LiPo Battery, a 6S high-discharge LiPo pack.

The pilot's view comes from the FPV System. A low-latency FPV Camera feeds a 5.8 GHz video transmitter that broadcasts through a circular-polarized antenna; the on-screen-display chip on the flight controller overlays battery voltage, timer, and warnings. The goggles receive that feed on dual micro-OLED displays.

Control travels over a separate ELRS 2.4 GHz link from the radio to the receiver. A Buzzer & LED Strip module adds a lost-model alarm and indicator LEDs, and an optional GPS Module adds GNSS positioning for rescue and return-to-home. Onboard wiring is gathered into the main Wire Bundle harness, keeping the stack tidy inside the frame.', },

'nerf-blaster': { specs: [ ['Type', 'Motorized flywheel foam-dart blaster'], ['Action', 'Twin counter-rotating flywheels, motorized pusher'], ['Recommended age', '8+ years'], ['Magazine', 'Detachable 12-dart spring-fed stick'], ['Dart type', 'Foam darts, hollow tip'], ['Flywheel motors', '2× brushed DC'], ['Pusher motor', '1× brushed DC with reduction gearbox and cam'], ['Control', 'PCB with 2× MOSFET motor switching'], ['Battery', '4× 18650 Li-ion cells (removable tray)'], ['Muzzle velocity', '100 ft/s (30 m/s)'], ['Rate of fire', '5 darts/second'], ['Furniture', 'Tactical rails, barrel shroud, jam-clearance door'], ['Dimensions', '600 × 230 × 70 mm'], ['Weight', '1.4 kg (loaded)'], ], body: '## Overview

The foam-dart blaster is a motorized flywheel toy gun. Rather than a single spring plunger, it uses two counter-rotating flywheels to grip and accelerate each dart, fed automatically from a detachable magazine by a motorized pusher. The result is rapid, repeatable fire as long as the trigger is held and darts remain in the magazine.

Everything mounts inside the Clamshell Housing, two molded half-shells with an integrated pistol grip screwed together. Body furniture clips on outside: a Barrel Shroud / Muzzle muzzle shroud, a Tactical Rail Set of tactical rails for accessories, and a Jam-Clearance Door for clearing stuck darts.

How it works

The heart of the blaster is the Flywheel System. Two brushed Flywheel Motor units spin rubber-rimmed flywheels held in a cage, with a dart guide between them. Pulling the rev trigger closes its microswitch and spins the wheels up to speed; when a dart is driven into the gap, the wheels pinch and fling it down the barrel.

Darts are rammed in by the Pusher Mechanism. A pusher motor turns a Pusher Gearbox, whose reduction gear set and cam convert rotation into the reciprocating stroke of the pusher rod, pushing one dart up from the Detachable Magazine into the spinning flywheels and retracting under a return spring. The magazine is a spring-fed stick that seats in the mag well, holding darts under a follower.

Firing is gated by the Trigger Group, whose main trigger microswitch and safety lockout block the motors unless a magazine is seated. The Control Board switches the flywheel and pusher motors through two MOSFETs from the trigger and rev inputs. Power comes from the Battery Tray, a removable tray of four 18650 cells on spring contacts, distributed through the internal Wire Bundle.', },

'pinball-machine': { specs: [ ['Type', 'Solid-state arcade pinball machine'], ['Cabinet', 'Plywood body and upright backbox, decaled'], ['Playfield', 'Clear-coated wood, sloped ~6.5°'], ['Flippers', '3 (two lower, one upper), solenoid-driven'], ['Playfield devices', 'Pop bumpers, slingshots, drop targets, ramps, magnet'], ['Display', 'Color LCD score display'], ['Control', 'CPU/MPU board, solenoid driver board, distributed node boards'], ['Lighting', 'LED general illumination and insert boards'], ['Audio', 'Stereo, 2× backbox speakers'], ['Power supply', 'Switching, multi-rail'], ['Balls', '6× steel pinballs (incl. spares)'], ['Ball serve', 'Trough kicker into shooter lane, manual plunger'], ['Dimensions', '760 × 1400 × 1900 mm (with backbox)'], ['Weight', '125 kg'], ], body: '## Overview

The pinball machine is a solid-state arcade game in which the player launches a steel ball onto a sloped, clear-coated playfield and uses flippers to keep it in play, scoring by striking bumpers, targets, and ramps. It splits into a lower Cabinet that holds the playfield, an upright Backbox carrying the score display and artwork, and the Playfield itself.

The cabinet is a plywood body on four chrome legs with a lockable lift-out glass, a coin door, and the cabinet flipper buttons. A spring-loaded Shooter Rod (Plunger) lets the player launch the ball into the shooter lane. The backbox displays the translite artwork above a color LCD scoreboard, with two speakers behind the panel.

How it works

Play centres on the Playfield, a clear-coated board carrying every mechanism. Each Flipper Assembly is a solenoid that drives a crank and bat to bat the ball, with an end-of-stroke switch that drops the coil to a holding current. A Pop Bumper fires a yoke downward to kick the ball away when its skirt switch trips, while a Slingshot snaps a rubber band to fling the ball back. Drop targets in the Drop Target Bank fall when hit and reset together on a solenoid, and a Playfield Magnet grabs and releases the ball under software control.

The Control System runs the game. A CPU/MPU board holds the game processor; a high-current driver board switches the solenoids, flippers, and motors through relays; and distributed node boards drive nearby coils, switches, and LEDs over a serial bus. Balls drain into the Ball Trough, which counts them on position switches and serves them one at a time to the shooter lane with a kicker coil. The switching power supply and the cabinet Wiring Harness tie the boards, coils, switches, and lamps together.', },

'rc-airplane': { specs: [ ['Type', 'Radio-controlled electric trainer airplane'], ['Channels', '4 (aileron, elevator, rudder, throttle)'], ['Airframe', 'Molded foam with balsa reinforcement, carbon spar'], ['Wingspan', '1100 mm'], ['Power', 'Brushless outrunner motor with folding propeller'], ['ESC', 'Brushless electronic speed controller'], ['Servos', '4× (one per control channel)'], ['Battery', '3S LiPo flight pack'], ['Receiver', '2.4 GHz onboard receiver'], ['Landing gear', 'Fixed tricycle, 3 wheels'], ['Transmitter', 'Handheld 4-channel, dual gimbals, LCD'], ['Flight time', '8–12 minutes'], ['Flying weight', '900 g'], ], body: '## Overview

The RC airplane is a four-channel electric trainer: a forgiving, high-wing model designed to teach flight on aileron, elevator, rudder, and throttle. A molded foam airframe keeps it light and crash-tolerant, while brushless power and a 2.4 GHz radio give controllable, repeatable performance.

The structure is the Airframe: a foam Fuselage with balsa reinforcement, two wing halves joined over a carbon Wing Spar and joiner tube, and fixed balsa horizontal and vertical stabilizers. Adhesive decals trim the finished model.

How it works

The pilot flies through the Control Surfaces assembly. Hinged ailerons, an elevator, and a rudder are moved by four servos through control horns and threaded pushrod linkages: ailerons roll the airplane, the elevator controls pitch, and the rudder yaws it. Each surface pivots on pinned hinges set into the fixed structure.

Thrust comes from the Power System. A brushless Brushless Outrunner Motor outrunner, bolted to a firewall motor mount, spins a folding propeller behind a spinner; an ESC sets motor speed from the throttle channel. Power is supplied by the Battery Pack, a 3S LiPo with balance management and a discharge connector.

Commands reach the model over a 2.4 GHz link. The Radio Receiver decodes signals from the transmitter and distributes them to the servos and ESC through the onboard Wire Bundle. Fixed tricycle Landing Gear with foam-tire wheels on spring-wire struts supports ground handling and takeoffs. On the ground the pilot holds the Transmitter, a handheld four-channel controller with dual spring-centered gimbals, trim and mode switches, and a monochrome status LCD.', },

'rc-car': { specs: [ ['Type', '1/10-scale electric RC racing buggy'], ['Scale', '1/10'], ['Drivetrain', 'Brushless 4WD, front and rear differentials'], ['Motor', 'Sensored brushless inrunner'], ['ESC', 'Brushless electronic speed controller'], ['Transmission', 'Center gearbox with slipper clutch'], ['Suspension', 'Independent, oil-filled coilover shocks (4 corners)'], ['Steering', 'Servo with bellcranks and links'], ['Chassis', 'Composite (carbon/FRP) plate with bulkheads'], ['Battery', '2S hard-case LiPo'], ['Receiver', '2.4 GHz radio'], ['Top speed', '~50 km/h'], ['Body', 'Painted Lexan shell with body clips'], ['Transmitter', 'Pistol-grip 2.4 GHz wheel radio'], ], body: '## Overview

The RC car is a 1/10-scale electric brushless racing buggy: a four-wheel-drive off-road model built on a composite chassis with independent suspension, proportional steering, and a 2.4 GHz pistol-grip radio. It mirrors full-size racing practice with differentials, oil-filled shocks, and a slipper clutch.

The Chassis is the foundation: a carbon/FRP plate with front and rear bulkheads and foam bumpers. A painted Lexan Body Shell shell clips over it on body clips, and four Wheel assemblies, each a rim, tire, and foam insert, carry the car.

How it works

Power runs through the Drivetrain. A sensored brushless Brushless Motor drives a pinion that meshes with a spur gear feeding the Transmission, a center gearbox with a slipper clutch that limits shock loads. A center driveshaft and two differentials split torque to the wheels, with dogbone CV shafts driving each hub.

Each corner uses an Suspension Corner unit: a lower A-arm on hinge pins, an oil-filled coilover Shock Absorber, a hub on bearings, and a turnbuckle camber link. Direction comes from the Steering assembly, where a servo moves bellcranks and steering links to turn the front spindles.

Onboard control lives in the Onboard Electronics module: a 2.4 GHz receiver and a 2S hard-case LiPo battery pack, wired in with the onboard Wire Bundle. The driver commands the car with the Transmitter, a pistol-grip radio whose steering wheel and throttle trigger feed the receiver, which in turn drives the steering servo and the ESC.', },

'slot-car-set': { specs: [ ['Type', '1/32-scale analog slot car racing set'], ['Scale', '1/32'], ['Track sections', '14 (straights and curves) plus crossover'], ['Lanes', '2, with metal conductor rails'], ['Lap counter', 'Overhead bridge with per-lane optical sensors'], ['Cars', '2× electrically driven slot cars'], ['Car motor', 'Permanent-magnet can motor'], ['Drive', 'Pinion and crown gear to rear axle'], ['Pickup', 'Guide blade with copper braids on the rails'], ['Lighting', 'Head and tail LEDs (4 per car)'], ['Power feed', 'Mains transformer to low-voltage DC'], ['Controllers', '2× pistol-grip trigger rheostats'], ['Spares', 'Replacement braids and wheels/tyres'], ], body: '## Overview

The slot car racing set is a 1/32-scale analog system in which two electrically driven cars race around a snap-together track, each steered by a guide blade that rides a slot and powered through metal rails in the track surface. Players control speed with trigger throttles that vary the voltage fed to their lane, so the skill is in holding maximum speed without flying off the corners.

The Track System is a loop of straights and curves with a crossover and a lap-counter bridge. Each Track Section is a molded base with two lane slots and a pair of Conductor Rail / Braid Strip strips set into the surface; sprung end tabs bridge power across joined sections, and clip-on borders and barriers guide cars that drift wide.

How it works

Each Slot Car is a detailed body shell with clear glazing and a cockpit interior over a running Chassis carrying the axles, wheels, and tyres. A permanent-magnet Can Motor drives the rear axle through a pinion and crown gear pair. Power reaches the motor through the Guide Assembly: a pivoting guide blade drops into the track slot to steer the car, and two copper pickup braids on it wipe the conductor rails to collect current. Head and tail LEDs finish the car.

Power enters through the Power Feed, a mains transformer that drops to low-voltage DC and injects it into the rails through a terminal track section. From there each lane's voltage is set by a Hand Controller, a pistol-grip throttle whose wirewound rheostat is swept by a spring-returned trigger and wired back to the feed by a plug lead. Pulling harder raises the rail voltage and speeds the car. The overhead Lap-Counter Bridge reads each car with per-lane optical sensors and drives a digital lap and time display, and a spares pack supplies replacement braids and wheels.