COLD-START MOMENTUM – Launch Velocity Engine FLAME ENGINE — Tier II | SOURCE CODES™ Transmission

FUNCTION

Most initiatives fail not at conception, but during the transition from initiation to sustained movement.

COLD-START MOMENTUM is designed to stabilize that transition.

This engine converts initial effort into self-reinforcing velocity, ensuring that launches, projects, and rollouts continue moving forward after the first activation phase.

Rather than requiring constant input to maintain progress, momentum becomes structural.

OPERATIONAL EFFECT

Once active, forward motion no longer depends on urgency, motivation, or repeated re-ignition.

Typical outcomes include:

• reduced early-stage friction
• fewer stalls after launch
• improved continuity between phases
• faster stabilization of traction

Progress compounds instead of resetting.

MECHANISM

This engine operates at the momentum conversion layer—where early energy either dissipates or locks into velocity.

By reinforcing this phase, the system remains in motion even as direct effort decreases.

This is not productivity conditioning or motivational reinforcement.

It is velocity architecture.

APPLICATION CONTEXTS

• Product and offer launches
• New initiatives or execution phases
• Rollouts requiring sustained movement
• Situations where early traction typically degrades

RESULT

Movement continues without constant intervention.

Execution stabilizes.

Momentum carries forward.

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SOURCE CODES™ Transmission | FLAME ENGINE