ZZZ Top Up

Yao Guang debuts as the featured 5-star Physical Elation character in Version 4.0, launching February 12-13, 2026. This guide calculates exact Stellar Jade requirements, income sources yielding 12,000-21,000 Jades before banner end, and optimal pulling strategies for F2P and light spenders.

Yao Guang, the 5-star Physical Elation character from Xianzhou Yuque, debuts in Version 4.0 Planarcadia. Securing her requires up to 28,800 Stellar Jades for guaranteed pull through 180-pull pity. This guide covers exact top-up costs, pity mechanics, and optimal purchasing strategies for this limited character running February 12 to March 6, 2026.

Aria launches in Zenless Zone Zero Version 2.6 Phase 2 on February 27, 2026. This guide focuses exclusively on universal materials that apply to all S-Rank agents, eliminating speculation risk. With proper Battery management and a 14-day farming plan, you'll accumulate ~800,000 Dennies, 30+ Controller Certification Seals, and 125+ Specialized Ether Chips before Aria's banner—enough to immediately level her to 60 and max two core skills day one.

Honkai Star Rail Version 4.0 launches February 12-13, 2026, introducing Cosmicon Collective—a card battle system in the new Planarcadia planet. This guide covers tested starter decks, day 1-3 farming routes, and resource optimization to maximize progression speed.

Version 4.0 introduces two Elation characters: Yao Guang (Physical) runs February 12-March 6, Sparxie (Fire) follows March 6-26. With 0.6% 5-star rate and 90-pull hard pity, guaranteeing a featured character needs 14,400-28,800 Stellar Jades depending on 50/50 outcomes. F2P players accumulate 12,000-21,000 Jades across the version—60-133 pulls with event rewards and endgame clears.

Zenless Zone Zero Version 2.6 runs February 6 to March 23, 2026, with overlapping events requiring strategic prioritization. Claim 1,590 Polychromes from A Harmony of Delusions, secure 80 Polychromes per character from Trust progression, and unlock permanent Quality Time content. This guide optimizes energy allocation across time-limited events versus permanent systems.