What happened
On the afternoon of 15 May 2026, a Sling 2 aircraft registered as ZU-IFT departed from Morningstar Airfield in the Western Cape Province for a local private flight under Part 94 regulations. The pilot and one passenger took off in visual meteorological conditions with a southerly wind of 8 knots. After approximately 30 minutes of flight, the aircraft approached Runway 20 for landing. During the final approach, the pilot set flaps to 30 degrees and maintained an airspeed of roughly 65 knots. Upon touchdown, the nose landing gear made contact with the runway surface before the main wheels. This sequence resulted in a hard impact that exceeded the structural limits of the nose gear, causing it to collapse immediately. The propeller subsequently struck the asphalt, and the aircraft veered off to the left side of the runway, coming to rest on the adjacent grass area. Both occupants exited the aircraft without injury.
The investigation — what SACAA AIID examined and established
The Accident and Incident Investigations Division (AIID) conducted a limited investigation into this serious incident. Reviewers examined the pilot's qualifications, recent flying history, and the aircraft's maintenance records. The pilot held a valid Private Pilot Licence and a Class 2 medical certificate with no restrictions. Although the pilot met the regulatory recency requirements for passenger-carrying operations under CAR Part 91.02.4, his recent activity was minimal, with only 0.5 hours flown in the preceding 90 days. The aircraft was found to be airworthy, with a valid Authority-to-Fly certificate and no outstanding defects noted in its technical documentation at the time of the flight. Weather conditions were determined to be favorable and not a contributing factor.
Findings
The primary causal factor was an improper landing technique that resulted in the nose gear touching down first. The Sling 2 Pilot’s Operating Handbook explicitly states that the nose landing gear is designed for steering and ground support, not for absorbing extreme kinetic impact energy during landing. The correct procedure requires a mains-first touchdown with the nose wheel held off until speed decreases. In this instance, the simultaneous or nose-first contact at high speed generated an impact load beyond the design limits of the nose assembly. This structural failure led to the propeller striking the ground and the loss of directional control, causing the aircraft to veer off the runway.
Safety action
No specific safety recommendations were issued for this occurrence, as the investigation concluded that the incident resulted from individual pilot error rather than a systemic regulatory or mechanical deficiency.