Deviation O-008 bears a striking resemblance to a wind-up toy frog manufactured by in the year . However, it is notably larger, measuring approximately 20 centimeters in length and weighing around 10 grams. O-008 is impervious to damage and disassembly. Non-intrusive scans have revealed that it comprises a tinplate outer shell, within which is housed a complex and intricate gear-spring system composed mainly of platinum, silver, and a beryllium-copper alloy. O-008 will periodically start operating by itself, as follows: In its active state, O-008's behavioral patterns closely resemble those of a normal frog, but without any need for food or water. Furthermore, its jumping abilities are exceptional, with a maximum takeoff speed of up to 120km/h. When inactive, O-008 ceases all observable activity except for the key on its side, which begins to automatically wind its internal spring to store up energy. Typically, O-008 is in an active state for about 10 minutes every 24 hours. NOTE FROM RESEARCHER : Intriguingly, these mechanical frogs lay eggs. I wonder if toy tadpoles will hatch from these eggs. O-008's principal Deviation Trait allows it to alter its own mass. Experiments have shown that O-008 undergoes considerable growth in mass when its velocity changes. The formula governing the mass-velocity relationship is [Data Deleted]. As a result, O-008 gains immense momentum when it jumps, with an attendant risk of damage to facility infrastructure and injury to personnel. The source of the additional mass is unknown, and no exothermic or radioactive phenomena have been detected when O-008 jumps. Securement Procedures: DO: Secure O-008 in a reinforced S-Vessel equipped with thermal regulation equipment to keep its temperature between 18°C and 22°C. Equip the securement cell with a timer and at least two security cameras to constantly monitor O-008's activities. DO NOT: Approach O-008 from the front, even during periods of apparent inactivity.