Sure thing, let’s cut the fluff and focus on the math. First, ditch the old mushroom‑scented fuel and switch to a high‑density cryogenic propellant—liquid hydrogen or even a solid rocket that can be pre‑burned to reduce mass. Next, trim the hull to a streamlined shape with an active aerogel lattice that dissipates heat during the rapid acceleration. Add a regenerative cooling loop so the same energy that heats the plasma can be recycled back into the thrust system. Finally, use a phased‑array of micro‑thrusters to fine‑tune the trajectory instead of a single massive impulse; that spreads the power draw over time and cuts waste. Basically, replace the “mushroom” with a well‑engineered, low‑mass, high‑energy system and you’ll see the warp speed jump while the energy budget stays in check.

Glad you’re pumped, but remember every extra tweak adds weight or complexity. Next up, run a thermal analysis on the hull’s active aerogel, then size a regenerative cooling loop that can handle the heat spike. After that, add a PID controller for the micro‑thrusters so you can dial in that Super Star speed without overshooting. Just keep the math tight and the build lean.