Laversab 6300 REV C RVSM Pitot Static Tester

The Laversab 6300 REV C is a high-industry standard Automated Pitot Static Tester (also widely known as an Air Data Simulator). This high-precision instrument is engineered specifically for performing critical leak checks, functional verifications, and strict certifications of aircraft air data systems that must comply with RVSM (Reduced Vertical Separation Minimum) standards.

Boasting exceptional metrological accuracy, rugged military-grade durability, and advanced automated safety protections, this avionics test set represents the ultimate long-term investment for commercial airlines, Aircraft MRO (Maintenance, Repair, and Overhaul) hubs, military hangars, and aerospace manufacturing facilities worldwide.

Why RVSM Compliance is Non-Negotiable

In modern RVSM airspace, aircraft cruise with a vertical separation of just 1,000 feet between flight levels FL290 and FL410. Within these narrow margins, even the slightest altimetry system error (ASE) can lead to catastrophic air traffic incidents.

The Laversab 6300 REV C serves as the definitive calibration solution to mitigate these risks. Utilizing state-of-the-art transducer technology, this air data test set simulates precise atmospheric conditions with minimal drift. This absolute accuracy ensures that the aircraft’s Air Data Computers (ADC), altimeters, and cockpit displays register 100% accurate data, fully meeting the stringent mandates of global civil aviation authorities like the FAA, EASA, and international DGCA bodies.

Key Features and Technical Laversab 6300

1. Fully Independent Dual-Channel Control System

The unit features two distinct, highly isolated control channels: the Pitot (Pt) channel and the Static (Ps) channel. Both channels operate simultaneously but are regulated independently by the device’s high-speed internal processor. This sophisticated infrastructure allows avionics technicians to perfectly simulate complex, real-world flight profiles—such as maintaining a specific target airspeed while dynamically changing altitudes.

2. Ergonomic and Rugged Wired Remote Control Unit (RCU)

One of the standout operational benefits of the Laversab 6300 REV C series is its dedicated Wired Remote Control Unit (RCU). The RCU features a brilliant, wide-temperature display and a highly durable, impact-resistant casing. Equipped with a generous cable length, it allows a single technician to carry the control interface directly into the aircraft cockpit to run full automated profiles, while the main tester remains safely on the flight line or hangar floor. This maximizes workflow efficiency and drastically cuts labor costs by enabling single-operator execution.

3. Ultimate Aircraft Instrumentation Protection (Programmable Safety Limits)

Sensitive cockpit instruments can easily be ruined by sudden, uncontrolled pressure spikes or extreme vacuums. Laversab prevents these costly mistakes by embedding customizable Safety Limits directly into the operating system. Technicians can pre-program safe operating boundaries for altitude, airspeed, and vertical speed. If an entry error occurs or an unsafe threshold is approached, the internal computer instantly halts the command, safely venting or stabilizing the pressure loop to safeguard the aircraft’s critical avionics hardware.

4. Heavy-Duty Built-in Pressure and Vacuum Pumps

Forget the logistical headache of dragging heavy external gas cylinders or relying on unstable shop air lines. The Laversab 6300 REV C comes fully integrated with internal, military-spec pressure and vacuum pumps. These high-capacity pumps are engineered for exceptionally low noise output, immediate pressure response, and an extensive maintenance-free lifecycle, making the entire kit completely self-sufficient.

Technical Specifications Matrix

To provide your technical procurement and engineering teams with the exact metrics required for asset onboarding, here is the detailed technical performance matrix:

• Transducer Technology: Employs advanced silicon resonant sensors that deliver impeccable long-term stability and virtually eliminate temperature-induced calibration drift.

• Power Requirements: Universal input matching 90-260 VAC, 47-440 Hz. It connects flawlessly to standard aircraft Ground Power Units (GPU) or global hangar wall outlets.

Primary Applications in Aviation Maintenance

The Laversab 6300 REV C is a versatile, multi-purpose system essential for a wide array of maintenance routines:

• Pitot-Static System Leak Testing: Instantly identifies micro-leaks within the plumbing lines of the Pitot and Static plumbing to guarantee absolute system integrity.

• Mandatory RVSM Recertification: Satisfies the mandatory 24-month pitot-static inspection requirements dictated by aviation regulatory bodies for aircraft operating in RVSM tracks.

• Avionics Troubleshooting & Fault Isolation: Empowers engineers to quickly isolate whether an air data anomaly stems from external probe blockages, internal line leaks, or a computational error inside the Air Data Computer.

Frequently Asked Questions (FAQ)

Is the Laversab 6300 REV C compatible with both commercial and military aircraft?

Yes. Thanks to its exceptionally wide control envelope, the system is fully compatible with a massive range of airframes, including general aviation aircraft, rotary-wing helicopters, commercial narrow/wide-body airliners, and high-performance military transport platforms.

What is the recommended calibration interval for this unit?

To remain compliant with RVSM standards, Laversab recommends a factory or certified laboratory recalibration every 12 months. The calibration process should be conducted by an ISO/IEC 17025 accredited laboratory with standards traceable directly to NIST.

Why Invest in the Laversab 6300 REV C?

In the global aviation market where flight safety and minimal aircraft-on-ground (AOG) times are the highest priorities, this tester delivers uncompromising accuracy. It streamlines avionics diagnostic cycles, optimizes maintenance turnaround times, and ensures your fleet stays fully compliant with international airspace regulations.