Shifting Pylons

Item #: SCP-XXXX

Object Class: Safe, pending Euclid classification

Special Containment Procedures: SCP-XXXX must be kept within a fenced perimeter measuring 5 x 5 km. Any structures breaching the fencing unit will trigger a series of failsafe functions designed to maintain suppression or quickly recontain the subject or subjects. Mobile task forces will stand by to assist with recollecting escaped specimens if necessary.

Description: SCP-XXXX is a group of 8 pylon structures measuring 23.7 m high and stretching a distance of approximately 4.5 km. Three coils of high voltage telephone wire connect each tower by separate suspension insulator strings hanging down from their cross arms. This seems to be what provides the pylons with self-sustaining power independent of outside sources. At random intervals, 2 of the 8 pylons constituting SCP-XXXX disconnect from the other 6 and descend under the ground. Each tower then reascends in a new location and establishes connectivity with a different pylon nearest to its changed position. The specific towers involved in this anomaly both exhibit unique qualities during their relocation process.

The first pylon, designated SCP-XXXX-1, has been observed sluggishly reconnecting in just under 3 minutes and then descending and reappearing again no sooner than 15 to 20 minutes later. The wires of SCP-XXXX-1 have also shown signs of frailty during the reconnection process, sometimes wobbling feebly as would the tentacles of a common cephalopod. This deems SCP-XXXX-1 as what researchers call a “slow descender".

However, the second pylon, which has been designated SCP-XXXX-2, can only be observed in detail using specialized high speed cameras and infrared tracking. This tower has been clocked at an astounding reconnection speed of 0.284 seconds, faster than the average blink of a human eye. SCP-XXXX-2’s speed of descent and relocation is similarly remarkable, occurring every 0.9 seconds on average. This high rate of activity will often leave clouds of dust and debris behind SCP-XXXX-2 as it excavates downward. Researchers have also reported the presence of occasional mild tremors while this happens. These statistics deem SCP-XXXX-2 as a “rapid descender”. Up to this point, none of the other 6 pylons have shown any anomalous qualities other than providing a steady network of connectivity for SCP-XXXX-1 and SCP-XXXX-2.

One further distinct attribute shown by the two pylons is their ability to effectively merge with any existing power line structures. Should either SCP-XXXX-1 or SCP-XXXX-2 break away from the six supplementary towers and breach the fencing perimeter, they would immediately begin to seek out the next nearest group of pylons so as to reconnect and stabilize, no matter how distantly those structures are located. If allowed to reach and establish a connection with the outside power lines, neighboring towns or power plants utilizing energy from this source would be put at high risk. It is likely that both SCP-XXXX-1 and SCP-XXXX-2 would cause severe power surges, blackouts, malfunctions of all electric appliances, circuit overloads, and electrical fires. The initial collateral damage caused by their approach would also prove detrimental to any populous areas in their path. Therefore, a series of special failsafe functions have been put in place to prevent this outcome. (See Failsafe Addenda-XXXX below)

Failsafe Addenda-XXXX
The following 3 protocols have been instituted by containment engineers to neutralize SCP-XXXX-1 and/or SCP-XXXX-2 should either subject breach their controlled perimeter.

Failsafe 1:
Upon breaching the fencing unit, the escaped pylon will trigger highly sensitive underground motion sensors. This will immediately inform research staff and mobile task forces of the incident and put them on the offensive.

Failsafe 2:
Should a pylon stray 200 meters from the fencing unit, a series of metallic containers located every 10 m around the each side of the enclosure will be opened electronically. These specialized compartments, measuring 1 x 2 x 1 m, contain powerful neodymium magnets. The metal in the pylon’s structure will be affected by this huge magnetic field and inhibit its motion significantly, thus preventing further descension and relocation. Alerted MTF can then recontain the tower with relative ease.

Failsafe 3:
Should a pylon manage to stray a distance of 500 meters, it will enter a large blast zone encircling the entire fencing perimeter. When attempting to relocate itself, the tower will trip a separate cluster of motion sensors and trigger underground explosives. The tower’s weight (roughly 40,000 lbs.) combined with the weakened foundation will induce an enormous ground cave-in and immobilize it completely. MTF units may then move in by helicopter and secure the tower with heavy duty tow straps. It can then be transported back to the containment fence.

A side note from Dr. Vargas, head of SCP-XXXX Research: To all engineering staff involved with containment integration at Site [REDACTED], my determination at this point is to have all motion sensor systems checked and maintained on a monthly basis. There is no question here. Please make it your resolve to have this done automatically from now on.

To all observational staff, keep an open mind when viewing test footage and taking speed readings on SCP-XXXX-1 and SCP-XXXX-2. Differentials while measuring velocity are possible when factoring in human error, but please remain vigilant to the rate of discrepancy. Any significant alterations in current figures are something to be considered. Improvements in our existing techniques may become mandatory in order to predispose a legitimate change in SCP-XXXX’s patterns of behavior.

Lastly, I wish to address a recent trend of some new members of the research staff who apparently find humor in calling our MTF branch “the Whack-a-Poles”. This is unprofessional and disrespectful. Any further use of this misnomer will warrant swift action from me personally.

-Dr. Vargas, SCP Researcher Lvl. 3