LumiKin
Baldi's Basics 1.3.2 For Android is Released

Review · Educational · Android

Baldi's Basics 1.3.2 For Android is Released

By the LumiKin editors

Reviewed: 31 May 2026

Android

mazenmalekwaelisback · 2023

LumiScore

53/100

Good

Growth (BDS)

37

Risk (RIS)

7

Daily limit

120min

Age guidance

Developmental benefits

B1Cognitive
0.56
B2Social-emotional
0.00
B3Motor
0.45

Baldi's Basics offers a unique blend of educational challenges and horror-themed gameplay. Players engage in problem-solving, critical thinking, and math skills while navigating a school environment, enhancing spatial awareness and memory. The game's reaction-time demands also provide motor skill benefits.

Design risks

R1Dopamine pressure
0.13
R2Monetization
0.04
R3Social risk
0.00

The game features notable fear and horror elements, including jump scares and an unsettling atmosphere. While it lacks direct monetization or social risks, the intense pressure from Baldi and the horror theme may be unsuitable for younger or sensitive players. There are minimal dopamine manipulation mechanics, primarily through near-miss scenarios.

Heads up

  • Monthly spendTypical real-money spend by engaged players: $0–0/mo.

Parents ask…

Is Baldi's Basics 1.3.2 For Android is Released safe for kids?

LumiKin gives Baldi's Basics 1.3.2 For Android is Released a LumiScore of 53/100. It offers solid benefits but needs parental guidance on the risks.

How long should kids play Baldi's Basics 1.3.2 For Android is Released?

LumiKin's recommended play time for Baldi's Basics 1.3.2 For Android is Released is Up to 2 hours/day, calibrated to the game's dopamine, monetization, and social-pressure profile.

What are the main risks of Baldi's Basics 1.3.2 For Android is Released?

The game features notable fear and horror elements, including jump scares and an unsettling atmosphere. While it lacks direct monetization or social risks, the intense pressure from Baldi and the horror theme may be unsuitable for younger or sensitive players. There are minimal dopamine manipulation mechanics, primarily through near-miss scenarios.