You will not be allowed to compare more than 4 products at a time
View compareLEGO Space Police Smash 'n' Grab (5982)
LEGO Space Police Smash 'n' Grab (5982)
Out of stock
Regular price
$294.80
Sale price
$294.80
Regular price
$327.23
Unit price
per
Shipping calculated at checkout.
🎁 Get Extra 5% OFF
Use code OCTOBER5OFF at checkout
✓ Code copied!
Share
Couldn't load pickup availability
Estimated delivery: 3-6 days (United States).
Return within 30 days of purchase. Duties & taxes are non-refundable.
Guarantee safe and secure checkout
Description
Description
From the ManufacturerPriority one to all Space Police units in Galaxy City. Squidtron has just smashed into the Space Bank and stolen an asteroid ATM - asteroid and all. It’s up to the Space Police commando to stop the space-crook before he gets away in his custom ram-raider vehicle, complete with dual firing plasma cannons, a spiked ramming grill and a heavy lifting crane for escaping with the loot.
Features
- Includes 1 Space Police Commando with new helmet and 1 Squidtron alien minifigure
- Alien ram-raid vehicle features twin shooting plasma cannons
- Crane with grab claw to carry asteroid ATM
- Incudes flick missles
- birthday, Cyber Monday, Black Friday, Thanksgiving, easter, halloween, hannukkah, christmas,
Product details
- Brand: LEGO
- Color: Multicolor
Safety & Compliance
Safety & Compliance
⚠️California Proposition 65 Warning
Some products sold on this website may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.
🛒General Product Safety Advisory
Always read the product label, instructions, and safety warnings before use. Do not use damaged or modified products. Store products in appropriate conditions as specified by the manufacturer.
Keep all products out of reach of children unless specifically designed for their use.
ℹ️Product Authenticity & Notice
All products sold by Toycartusa are 100% authentic, sourced directly from trusted toy suppliers and brands. Product colors and dimensions may vary slightly from images due to screen calibration and manufacturing tolerances.
Reviews
Reviews
