I. Key Competition Changes
The 2026 AMC8 is undergoing its most significant reform in nearly five years, with changes affecting the exam format, timing, and syllabus. The most notable change is the exam time, moved from the original 10:00–10:40 AM to 5:00–5:40 PM. This adjustment better aligns with the daily routines of Chinese students. Another major change is the exam format. For the first time, the China region will offer both online and in-person testing modes, allowing candidates to choose the most suitable option. However, it’s important to note that AMC8 does not accept individual direct registration; participation must be arranged through schools or official designated channels.
The syllabus has also been significantly adjusted, with an overall increase in difficulty, placing greater emphasis on logical thinking and modeling skills. The geometry module now includes dynamic analysis of 3D nets, and the algebra section introduces real-world application problems such as “supermarket promotion models” and “quadratic function carbon emission modeling.”
II. 2026 AMC8 Key Timeline
The key dates for the 2026 AMC8 are as follows:
| Event | Date |
|---|---|
| Registration Deadline | January 13, 2026 |
| Official Exam Date | January 23, 2026, 5:00–5:40 PM (Beijing Time) |
| Score Release | 2–4 weeks after the exam |
| Certificate Download | 6–8 weeks after the exam |
Candidates should note that registration typically closes about 10 days before the exam. It is recommended to complete registration as early as possible to avoid system congestion near the deadline.
III. Eligibility
AMC8 is open to students in grade 8 or below, and participants must be no older than 14.5 years old on the day of the exam. Based on domestic registration trends, the majority of participants are in grades 4–7—students at this level already have a solid math foundation and sufficient time to master competition-specific knowledge points. Grades 5 and 6 are considered the “golden window” for taking the AMC8, as students have acquired ample math knowledge, competition is relatively less intense, and awards at this stage offer the greatest benefit for academic advancement.
IV. Registration Guide
Since 2021, individual registration has been discontinued in the China region. Candidates must register through the following channels:
School Group Registration: If the student’s school is an ASDAN partner test center, registration can be arranged through the school’s academic affairs office or the teacher responsible for competitions.
Self-Registration via ASDAN Mini-Program: If the school is a partner school but does not organize group registration, students can complete the registration process independently through the “ASDAN International STEM Assessment” WeChat mini-program.
Proxy Registration through Authorized Agencies: For students whose schools are not partner test centers, registration must be done through an authorized agency. In this case, the deadline may be earlier than the official cutoff date, so advance preparation is necessary.
V. Exam Format and Structure
The 2026 AMC8 retains the format of 25 multiple-choice questions to be completed in 40 minutes. The total score is 25 points, with 1 point awarded for each correct answer; unanswered or incorrect answers receive 0 points (no penalty). The test is bilingual (Chinese-English), accommodating students from different language backgrounds.
The exam content covers four major math areas, with the following module distribution for 2026:
| Module | Percentage |
|---|---|
| Algebra & Probability | 40%–45% |
| Geometry | 25%–30% |
| Number Theory & Combinatorics | 20%–25% |
The difficulty of the questions follows a clear gradient:
Questions 1–10: Basic level
Questions 11–20: Intermediate difficulty
Questions 21–25: High difficulty
VI. Effective Preparation Strategies
Preparing for the AMC8 can be divided into three phases, each with a distinct focus:
Phase 1: Foundation Building (1–2 months before the exam): Systematically review the syllabus, build a solid framework for the four modules (algebra, geometry, number theory, combinatorics), and engage in daily timed practice to improve problem-solving speed and accuracy.
Phase 2: Skill Enhancement (1 month before the exam): Target weak areas through modular review, focusing on high-frequency topics such as similar triangles, remainder problems, and permutations and combinations. Maintain an error log to record the causes of mistakes and avoid repeating them.
Phase 3: Sprint (2–3 weeks before the exam): Take 2–3 full-length mock exams per week, strictly adhering to time limits. Develop a time allocation strategy: aim to complete questions 1–10 in 8 minutes, questions 11–20 in 15 minutes, and reserve 12 minutes for questions 21–25.
VII. Scoring and Awards
The AMC8 scoring system is simple and straightforward: a total of 25 points, with 1 point awarded for each correct answer. Unanswered or incorrect answers receive 0 points. A major change for 2026 is that scoring places greater emphasis on the problem-solving process and adherence to standards. Candidates are required to label key theorem numbers and logical steps; incomplete solutions will incur a 30% point deduction.
Awards are divided into four levels:
Perfect Score Award: Achieving a perfect score of 25 points
Distinguished Honor Roll (DHR): Top 1% globally
Honor Roll (HR): Top 5% globally
Achievement Roll (AR): Students in grade 6 or below who score 15 points or more
In recent years, award score cutoffs have been steadily rising. In 2025, the cutoff for the top 1% reached 23 points, and for the top 5%, 19 points. For students aiming for prestigious schools such as Shanghai’s “San Gong” or Beijing’s “Liu Xiao Qiang,” a score above 18 points is a key threshold.
VIII. Value and Significance of the Competition
The AMC8 is not only a globally recognized proof of mathematical ability but also an important springboard for students’ future academic development. For students planning to study abroad, outstanding AMC scores are a powerful advantage in applications to top overseas private schools and universities. The logical thinking, problem-solving, and stress management skills cultivated through the competition have a profound impact on students’ overall academic growth. Moreover, AMC8 serves as the starting point for higher-level math competitions, laying the foundation for AMC10/12 and AIME.
The 2026 AMC8, by introducing problem types related to engineering modeling and ecological optimization, strengthens the application of mathematics in cutting-edge fields such as smart cities and carbon neutrality. This marks a strategic shift from “problem-solving techniques” to “real-world modeling ability.”
Students preparing for the competition can download free resources, including 2000–2025 AMC8 bilingual past papers, answer analyses, formula collections, vocabulary lists, preparation books, and handouts.
AMC8 Preparation Courses
Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!
| Class Type | Hours | Class Size | Start Date |
|---|---|---|---|
| Winter Break Class | 30H | 3–8 students | Consult teacher for details |
| Systematic Course | 20H | 1v1 / 3–8 students | Consult teacher for details |
| Problem-Solving Class | 20H | 1v1 / 3–8 students | Consult teacher for details |
