I fly jets for a living and I have flown return-to-service and ferry legs that were anything but routine. Test flights and ferry movements are normal tools for operators, but they are also very specific flight types that amplify the consequences of small mistakes. If you operate older regional jets like the CRJ-200 in Nepal’s environment, you have to treat those flights as safety-critical events and not paperwork formalities.

A quick operational framing

Saurya Airlines operates CRJ class regional jets in Nepal. These airframes are mature designs and useful for domestic jet services, but their age and narrow operating margins mean that preflight discipline matters more than ever.

Why ferry and test flights are higher risk

1) Weight, balance and cargo control are not negotiable

Ferry and positioning flights are often used to move an aircraft for maintenance or to complete checks after grounding. That sometimes encourages operators to be informal about who and what rides along. Unchecked baggage, unsecured equipment, or mis-declared loads change the aircraft center of gravity and the effective takeoff weight. That directly affects V1, VR and V2 and the ability to climb after liftoff. The FAA guidance on takeoff and departure stresses that pilots must use the AFM/POH performance charts and account for density altitude, runway length and actual weight before committing to rotation.

Practical step: physically weigh heavy palletized loads, independently verify the computed takeoff weight, and require a second signature for any deviation from the declared load sheet.

2) Incorrect or unapproved speedcards and performance data create a false safety margin

Transport category jets depend on accurate, type-specific performance figures. Using interpolated or operator-made speedcards that have not been validated by the approved AFM or by the regulator can result in rotation at an airspeed that is too low for the actual weight and configuration. That leaves little margin between rotation and aerodynamic stall. Always use manufacturer data or regulator‑approved supplements for V speeds and have a crosscheck procedure in the cockpit. The basic takeoff performance rules and V‑speed relationships are well established in pilot guidance.

Practical step: require a hard crosscheck of calculated V speeds by both pilots using the AFM/approved performance tool; mandate a third-party verification if the aircraft has been out of service for more than a defined period.

3) Rotation technique and pitch control matter more close to the ground

Rotation rate and pitch attitude after liftoff are handled at the tactile level by the flying pilot. Excessive pitch rate at low airspeed can induce a high angle of attack and a rapid approach to stall, especially on jets with relatively high wing loading. The takeoff and climb chapters in standard flight manuals emphasize a stable rotation and an established climb speed before aggressive pitch increases. Train for and monitor rotation rate and target climb attitude, and brief a rejected takeoff or early thrust‑reduction policy if actual acceleration or control feel differs from expectation.

Practical step: include rotation-rate targets and pitch attitude in SOPs for every type. Use FDM or quick post-flight data download after test flights to check rotation rates and pitch behaviour.

4) Ferry/test flight definitions and regulator permits are not optional

National rules and airworthiness guidance require ferry or special flight permits when aircraft are moved for maintenance or when an airworthiness certificate has lapsed. CAAN materials and airworthiness guidance make clear that ferry flights are for positioning to maintenance and should normally carry only essential crew and maintenance personnel. A permit should specify limitations such as payload, crew composition and route. Treat a ferry or test flight as a special operation with written, auditable conditions.

Practical step: standardize the permit checklist. No non‑essential personnel and no family or guests on ferry legs. If a maintenance manager or QA representative needs to travel, the reason must be documented on the permit and kept to an absolute minimum.

5) Regulator context and systemic oversight

Nepalese aviation oversight has been under international scrutiny in past years, and safety oversight structures influence how tightly ferry and test flights are controlled at the national level. That context matters because a weak or overstretched oversight regime increases the chance that procedural shortcuts go unchallenged. Operators and crews must therefore build stronger internal controls that do not rely solely on external checks.

Practical step: operators should implement mandatory Flight Data Monitoring, independent internal audits of ferry‑flight approvals, and a formal safety signoff that includes both operations and engineering.

Operational and human factors that will bite you

  • Complacency after a routine release. When maintenance signs off and a flight release is issued, crews sometimes mentally downgrade the risk. Keep the same takeoff discipline you would for a revenue sector.
  • Informal cockpit conversations during preflight. Sensitive planning items like weight and balance must be treated as sterile cockpit moments until takeoff speeds are confirmed.
  • Lack of a cabin safety/briefing for non‑standard occupants. Even on a ferry flight, someone has to ensure that any occupants are briefed, restrained and briefed on escape and survival procedures.

Checklist for safer test and ferry flights (pilot-centric)

1) Paperwork: ferry permit and written limitations filed at dispatch and placed in the cockpit. 2) Weight: mandatory weighing for heavy/bulk loads and an independent verifier who signs the weight and balance sheet. 3) Speeds: AFM or regulator approved speeds only; crosschecked by both pilots. 4) Crew and occupants: minimum required personnel only; no non‑essential passengers. 5) SOPs: rotation rate targets and pitch attitude callouts included in the briefing. Use FDM for follow up. 6) Emergency preparedness: rescue and fire services briefed if the flight uses a high‑risk runway or departs from a congested aerodrome.

Bottom line

Test flights and ferry movements are not freebies. They sit at the intersection of engineering and operational risk. In an environment where oversight and resources are already challenged, the operator still has a duty to set ironclad procedures and to treat each ferry/test leg as the most important flight of the month. Practical, pilot‑level controls like hard weighing, approved V‑speeds, strict limits on who flies and robust post‑flight data checks will do more to prevent a tragic outcome than another memo from the office.

If you are a line pilot in Nepal or an operator preparing a ferry/test flight, start with the AFM and the permit conditions and work backwards. Every check you skip on the ground becomes a problem you cannot fix below 150 feet.