Chinese ALTA Balloon Program
For a few years now DARPA has been playing with a concept for high altitude surveillance balloons using a technology called “Strat-OAWL.” Balloons have been fielded for centuries as surveillance weapons, but unpredictable wind and atmospheric changes push the balloons around, making them useless within a coupe of days for any specific region.
To break it down simply, Strat-OAWL is the experimental use of lasers to read wind speed and direction far ahead of a balloon. The balloon then uses that data to increase or decrease altitude to ride airstreams in whatever directing the military wants the balloon to go. This could allow increased navigational control, but the Holy Grail that DARPA seeks is a high alt balloon that can stay in one place indefinitely.
I find this idea impractical, like most DARPA projects, if only because wind currents can change faster than any balloon can adjust altitude, but I do see the potential uses here. The Chinese could unleash hundreds of high flying spy balloons with similar capabilities to spy satellites at a fraction of the cost and with less risk of destruction by enemy fire. The CCP may be attempting to test their own version of the DARPA directional balloon tech, while also waiting to see if the US has the means to shoot down the devices.
Lidar Observation From A Balloon Platform
The Chinese have been messing with lidar technology a lot lately. Lidar uses pulsed lasers to measure small variations in terrain to uncover hidden shapes and structures. It also has a knack for cutting through forest canopy and other obstructions. The problem with lidar is that the platforms commonly used to carry the apparatus are faster moving and only capture a snapshot in time. Also, it cannot see through thick clouds, dust, rain, snow or fog.
NASA and DARPA have both been testing lidar from balloons as a means to keep the lasers in the sky longer above a specific area. The Chinese balloon also looks somewhat similar to the equipment used on European lidar balloon experiments.
A lidar based spy balloon would explain Chinese interest in Eastern Montana, where there are numerous known nuclear missile silos as well as suspected hidden silos. The Chinese balloon did in fact come near at least one known nuclear missile base near Billings. Lidar could be exploited to find hidden bases in the region.
Multispectral Imaging
Much like Lidar, multispectral imaging tech is highly dependent on the platform that it is mounted on. MI is used to measure wavelengths of light that are not visible to the human eye and it is tested in many scientific applications. However, there are military applications, including using MI to discover hidden variations in terrain that do not match the surrounding environment. In other words, its meant to sniff out camouflaged buildings, vehicles, fighting positions, etc.
China launched two satellites for multispectral imaging in 2019 and may now be trying to test the same equipment on balloons. It’s hard to say if they are looking for a unique target, or if they are just establishing baseline image maps to be used in the future for…who knows?
Weapons Delivery Platform
High altitude balloons are cheap and relatively effective surveillance platforms that can be used much like satellites but, with the right equipment, could become far more maneuverable. With the CCP’s limited resources it makes sense that they would be utilizing low-cost and low visibility measures instead of expensive and easier to target long range drones or spy planes.
However, these systems are not just useful for observation – They can also be used to deliver weapons packages, including EMP weapons, nuclear weapons and biological agents. The US has been testing balloons for nuclear delivery ever since Operation Yucca in 1956.
In the event of war between China and the US, the CCP may be looking for a way to strike with weapons of mass destruction with a passive delivery system that’s hard to defend against.
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