BOXED FORTRESS: Defend the Throne
LYNX Studios
$5.99
Buy Lock Down – Lowest Price, Deals & Price History
From
$10.99
Compare Lock Down prices across PC. See the current lowest price, price history, and system requirements.
2024Released
Game Prices Across All Stores
Games by the Same Developer or Publisher
Deal Verdict
18
Poor Deal
$10.99
Price History
The current price of $10.99 matches the all-time low, making this one of the best prices available.
- 7-day low
$10.99
- 30-day low
$10.99
- All-time low
$10.99
$10.99
Lowest Recorded Offers
- Steam
$10.99
About
A Sci-fi horror multiplayer VR shooter thrill ride
Details
- Platforms
- Release Date
11/26/2024
- Developers
- Publishers
- Features
- Genres
System Requirements
OSWindows 10
Memory8 GB RAM
Storage8 GB available space
OSWindows 11
Memory16 MB RAM
Supported Languages
Interface
Audio
English
✓
✓
Steam Stats
Steam Deck
Unknown
Lock Down Buying and Gameplay FAQs
Where can I buy Lock Down the cheapest?
The cheapest price right now is $10.99 at Steam (0% off the $10.99 list price).
How much does Lock Down cost?
Right now, you can buy Lock Down for as low as $10.99 ($10.99 MSRP), depending on the store and platform.
Is Lock Down on Xbox Game Pass?
No, Lock Down is not currently on Xbox Game Pass. The cheapest way to play is to buy it as low as $10.99, depending on the store and platform.
How much is Lock Down on Steam?
On Steam, Lock Down is listed at $10.99 (MSRP $10.99).
What is the historical lowest price for Lock Down?
The lowest recorded price for Lock Down is FREE, based on past sales and discounts.
Does Lock Down have multiplayer?
Yes, Lock Down has multi-player, including co-op.
Can I play Lock Down on Steam Deck?
Lock Down hasn't been rated for Steam Deck yet.
Is Lock Down available on PC, Xbox, PlayStation, or Switch?
Lock Down is available on PC.
When did Lock Down release?
Lock Down launched on November 26, 2024.
How much free space do I need for Lock Down?
The game requires at least 8 GB of free space.
Lock Down Patch Notes And Updates
Patch Note
Patch 1.0