MiG-29 4th Generation Jet RC Model

The MIG-29 stake is the legendary fourth generation multi-roll fighter developed by the Soviet Union. Known for its mobility, two-engine thrust and powerful air dominance skills, the MIG-29 remains one of the most famous jet fighters in aviation history

This RC MIG-29 model gives the same advantage to the flight experience. Design that offers elegant aerodynamics and double channel fan motors:

High-speed performance

MiG-29 4th Generation Jet RC Model

Realistic twin vertical stabilizers

Stable flight with 6-axis gyro

Durable EPO foam construction

This model is ideal for medium to advanced RC pilots, recreating the real MIG-29 look and delivers exciting performance in heaven

Fly with power. Fly the power. MiG-29 RC

MiG-29 4th Generation Jet RC Model

Explaned real model mig 29

The MiG-29 “Fulcrum” is powered by twin Klimov RD-33 turbofan engines, each providing the following thrust:

Thrust Mode	Per Engine	Total (Both Engines)
Dry Thrust (No afterburner)	50 kN (11,240 lbf)	100 kN (22,480 lbf)
Afterburner Thrust (Max military power)	81.3–83.4 kN (18,300–18,750 lbf)	162.6–166.8 kN (36,600–37,500 lbf)

Key Details:

1. Engine Variants:

• Baseline RD-33: Used in early MiG-29s (A/B models).
• RD-33 Series 3: Upgraded for MiG-29S/SMT models (slightly higher thrust).
• RD-33MK: “Vectored thrust” version for MiG-29OVT/MiG-35 (max 88.3 kN/19,840 lbf per engine).

1. Performance Impact:

• Enables a thrust-to-weight ratio >1:1 when lightly loaded (allowing vertical climbs).
• Supercruise capability: Sustained supersonic flight without afterburners is limited but possible in certain configurations.

1. Real-World Context:

• Afterburner rapidly consumes fuel (used sparingly).
• Modern upgrades (e.g., RD-33MA/MK) improve reliability and reduce smoke.

For RC Models:

If building a Depron foam RC MiG-29:

• EDF (Electric Ducted Fan): Aim for 1:2 to 1:3 thrust-to-weight ratio.
• Example: A 1.2 kg (2.6 lb) model needs 600–800g thrust.
• Propeller-Powered: Use a high-KV motor (e.g., 2200–3000KV) with a 5–7″ prop.

⚠️ Note: Full-scale thrust figures are not directly scalable to RC models. Focus on thrust-to-weight ratios and wing loading for flight performance.