Kids Induction Escape Crab Octopus Crawling Toy Baby Electronic Pets Musical Toys Toddler Moving Avoid Obstacles Toy  No Battery

Kids Induction Escape Crab Octopus Crawling Toy Baby Electronic Pets Musical Toys Toddler Moving Avoid Obstacles Toy No Battery

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$12.85
Sale price  $12.85 Regular price  $11.90
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Kids Induction Escape Crab Octopus Crawling Toy Baby Electronic Pets Musical Toys Toddler Moving Avoid Obstacles Toy  No Battery

Kids Induction Escape Crab Octopus Crawling Toy Baby Electronic Pets Musical Toys Toddler Moving Avoid Obstacles Toy No Battery

$12.85
Sale price  $12.85 Regular price  $11.90
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SPECIFICATIONS

Barcode: Yes

Barcode number: Interactive Crab Toy

Battery: 3x1.5 AA Battery (Not included)

Brand Name: hairun

CN: Guangdong

Certification: CE

Choice: yes

Classification: Electronic

Features: Battery Operated,Educational,Sounding,Interactive

Gender: Unisex

High-concerned chemical: None

Is Electric: No Battery

Item Type: Electronic Pets

Material: Plastic

Model Number: Interactive

Origin: Mainland China

Recommend Age: 3-6Y

Theme: Electronic

Warning: Crawling

Description

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Induction Escape Crab Children toys Crawling Electronic toy for boys&girls interactive toys


Specifications:Item type: Induction Crab Toy



Battery: 3X1.5V AA Battery (Not included)




Package:1*Induction Crab Toy (witg Box)


IMPORTANT SAFETY WARNING (READ BEFORE USE!)
Infrared sensing is not absolutely reliable, the product relies on infrared technology to detect obstacles ahead, so as to achieve automatic steering obstacle avoidance. But pay attention.
1. Strong light (e. g. direct sunlight, strong light source) may interfere with the operation of the sensor.
2. Dark, light-absorbing materials (such as pure black flannel, dark carpet) or transparent objects (such as glass, transparent acrylic) may not be effectively identified.
3. The sensor surface is covered by dust, hair and fingerprints will affect the detection accuracy.
4. If the obstacle is too small, too low and too high, or the angle is too complicated, the detection may fail.
5. The distance is too close to cause the product to run inertia limited and induction failure, and the distance needs to be pulled apart to be normal induction.
Therefore, the toy may still collide with obstacles during operation, which is limited by technical principles rather than product failures. Please understand this feature!




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