Comic Title: Strange Adventures #220
Publisher: DC (National Periodical Publications, Inc.)
Address: 909 Third Avenue, New York, NY
Cover Date: Sep/Oct 1969
On Sale Date: July 17, 1969 Newsstand Date July 17, 1969
Source: House Ad, Phantom Stranger #3, Page 30

Copyright Date July 17, 1969
Source: Library of Congress, Periodicals 1969

Frequency: Bi-monthly
Cover Price: $0.15
Page Count: 32
Editor: Julius Schwartz

Title: "The Beast from the Runaway World"
Pages: 9

Feature(s):
Adam Strange (of Earth-1)

Writer: Gardner F. Fox
Penciller: Carmine Infantino
Inker: Bernard Sachs

Reprinted From:
Mystery in Space #55 (1959)

Feature Character(s)

• Adam Strange (last appearance in Mystery in Space #54; next appearance in Mystery in Space #56)

Supporting Character(s)

• Alanna (last appearance in Mystery in Space #54; next appearance in Mystery in Space #56)
• Sardath (last appearance in Showcase #18; next appearance in Mystery in Space #62)

Villain(s)

• The Sfarri (an alien race from Sfar; no further appearances)

Other Character(s)

• Zaradak (an alien creature; no further appearances)

Synopsis:
Adam Strange waits for the Zeta Beam to strike Earth and return him to Rann, but the Beam never comes. Puzzled by its failure to appear, Adam calculates when the next beam is scheduled to strike and takes it to Rann. When he arrives, he meets Alanna, who explains that the first beam was intercepted by a planet with an erratic orbit. A creature from that planet was brought to Rann, Zaradak. Zaradak, a giant dinosaur-like beast, has been causing damage on Rann ever since.

Adam attempts to stop the creature with his ray-gun, but the creature absorbs and reflects the blast. Adam has food brought to the beast, which settles its rampage. It was only hungry.

When an alien attack force arrives, Adam plans to use the creature to deflect their bombs, but the Zeta energy in the creature returns it to its native world. Adam flies into space to intercept the bomb, destroying with his ray-gun just prior to his own return ride to Earth on the Zeta Beam.