Blogs - Keep You Flying

First introduced in the early 1970s by Learjet—an industry pioneer in light jet aircraft development—the Learjet 36 was engineered as a long-range variant of the popular Learjet 35. By trading a portion of cabin space for an additional fuel tank, this model achieved an extended ferry range of 2,425 nautical miles, making it an exceptional choice for transcontinental operations in a compact, high-performance platform. Though a subsequent Learjet 36A series would later introduce engine and avionics upgrades, the original Learjet 36 retains its own distinct value in both civilian and military sectors due to its proven range and robust systems.

Given its continued operational use, understanding the intricacies of the Learjet 36’s airframe and engine systems is essential for technicians and operators tasked with maintaining it. In this blog, readers will be guided through some of the parts, systems, and other features unique to the Learjet 36, supporting more informed maintenance, repair, and part sourcing decisions.

Aerospace operations often require strict compliance with part specifications and standards that are established by regulatory bodies and original manufacturers to help maintain structural integrity and ensure compatibility within complex assemblies. Among the most frequently encountered classifications for aerospace components are BAC and MS parts, each of which provides its own set of benefits for industry professionals. This blog will delve into the defining features of BAC and MS components, highlighting their differences and outlining key considerations for sourcing them. 

In numerous settings, maintaining structural integrity and preventing leaks or contamination points is vital for safety and proper equipment operation. Sealants are essential in achieving these goals, offering protection against environmental factors, mechanical stress, and chemical exposure. After reading this blog, you will have a comprehensive understanding of sealants, including their applications, compositions, and significance in various industries.

Jacks are a notable element of maintenance, repair, and overhaul (MRO) operations in the aviation industry, enabling mechanics to lift and stabilize various parts of an aircraft to safely and efficiently access hard-to-reach areas. Given the extensive maintenance required to keep aircraft airworthy, jacks are indispensable tools in any aviation MRO setting. Among the numerous aircraft in service today, the Boeing 737 stands out as one of the most widely used and recognized commercial models, necessitating jacks that are tailored to its design and maintenance needs. As many mechanics may come across a Boeing 737 in their line of work, it becomes important to be aware of the common types of jacks used for the model, as well as what considerations should be made for tool investment.

In essence, an inductor is a passive electronic component that stores energy in a magnetic field when electrical current flows through it. These components are significant in various applications, influencing how both simple electronic devices and complex power systems function. To gain a better understanding of inductors, read on as we discuss all the basics in this blog.

Flying on a Boeing 737 Next Generation (NG) aircraft can be an exhilarating experience, especially if you have a vested interest in how these marvels of modern engineering operate. One aspect that fascinates many aviation enthusiasts is the intricate system of flight controls that allow these aircraft to soar through the skies with precision and grace. In this blog, we will take a closer look at the flight controls of the 737NG series, exploring key components such as ailerons, speed brakes, avionics, and other essential mechanisms that ensure smooth and safe flight.