Pitfall II (1984) gameplay screenshot
Year1984
Decade1980s
PlatformAtari 2600
DeveloperUnknown
PublisherUnknown
1980s

Pitfall II

1984 · Platform · Atari 2600

Overview

Pitfall II: Lost Caverns is a 1984 platform video game developed by David Crane and published by Activision for the Atari 2600. The player controls Pitfall Harry, who must explore the wilds of Peru to find the Raj diamond and rescue his niece Rhonda and their animal friend Quickclaw. The game world is populated by various enemies and hazards that variously cause the player to lose points and return to a checkpoint.

Deep Dive

Pitfall II: Lost Caverns is a 1984 platform video game developed by David Crane and published by Activision for the Atari 2600. The player controls Pitfall Harry, who must explore the wilds of Peru to find the Raj diamond and rescue his niece Rhonda and their animal friend Quickclaw. The game world is populated by various enemies and hazards that variously cause the player to lose points and return to a checkpoint.

Developer Story

Pitfall II: Lost Caverns was designed by David Crane at Activision in 1983. The sequel moved from the original's jungle to underground caverns and replaced the time-limit pressure with a balloon respawn system — dying sent Pitfall Harry back to the nearest balloon, losing points rather than lives. The game was a technological marvel for the Atari 2600, featuring smooth vertical scrolling and a complete musical soundtrack.

Did You Know?

  • Pitfall II featured a continuous musical soundtrack on the Atari 2600 — technically unprecedented and achieved through a custom chip Crane added to the cartridge.
  • The balloon respawn system replaced the lives mechanic — death docked points rather than ending the game, reducing frustration.
  • Crane added a custom chip (called the "Pitfall II chip") to the cartridge PCB to enable the music — essentially upgrading the hardware through the cartridge.
  • The game's underground cavern world was larger and more complex than the original's jungle, with multiple interconnected paths.