INKZOO Orbit-Hunt 7-Hole Whack-A-Mole

Maximize your pet’s predatory engagement with the INKZOO Orbit-Hunt, a high-intensity self-play system engineered with AI-randomization logic. Unlike standard toys with predictable loops, this unit features a 7-hole multi-exit architecture where a colorful feather (or plastic "mouse" variant) dart between apertures at irregular intervals. By utilizing biometric-sensor logic, the device remains in a high-reliability standby mode until it detects movement within a 5-inch range, automatically waking to provide 5 minutes of high-energy interaction before returning to a power-saving state.

The unit is built with stealth-drive technology, utilizing a silent motor that operates at sub-audible levels to prevent household noise pollution. Designed with impact-resistant ABS architecture, the 3-inch low-profile housing ensures high-stability during vigorous pouncing and batting. With its Type-C rapid-charge logic, the integrated 2000mAh reservoir provides up to 7 days of autonomous play (based on 30 minutes of daily use), offering a professional-grade, cord-free solution for busy cat owners.

Key Specifications

• 7-Hole AI-Randomization: Irregular movement patterns prevent feline habituation, keeping predatory interest high-reliability over long-term use.

• Smart Proximity Activation: Integrated infrared sensor logic wakes the toy automatically when your cat approaches for "on-demand" play.

• Automatic Standby Logic: Programmed to enter power-saving mode after 5 minutes of inactivity to maximize battery longevity.

• Type-C Rechargeable Build: Modern charging interface supports rapid energy recovery, eliminating the cost and waste of disposable batteries.

• Modular Feather System: Includes 4x high-durability reinforced feathers that can be swapped in seconds to maintain visual stimulation.

• Non-Skid Low Profile: Engineered with a 3-inch vertical clearance and rubberized base to prevent sliding on hardwood or tile floors.

• Safe-Capture Geometry: Enclosed internal mechanisms ensure paws and claws remain safe during high-speed "catch and release" cycles.