IT Certifications

LPIC-3 305-300: Virtualization and Containerization Practice Test and Exam Guide

Six LPIC-3 305-300 practice tests with 720 questions covering virtualization, containers, and deployment.

Published 6 September 2026 · Last updated 9 September 2026

What does the LPIC-3 305-300: Virtualization and Containerization assessment cover?

The preparation material covers the documented assessment facts listed below. The question bank reinforces those facts without presenting a practice product as an official exam or reproducing assessment content.

• Exam 305-300 has 60 questions in 90 minutes.
• The score is scaled from 200 to 800 with a pass at 500.
• The exam includes multiple-choice and fill-in-the-blank items.
• An active LPIC-2 certification is required before LPIC-3 is awarded.
• The certification is valid for five years.

Which domains should you study?

Use these supplied brief-backed domains as the study map. They are coverage areas, not invented percentage predictions.

Domain	Preparation focus
Full Virtualization	Review explanations after related questions and record the specific gap.
Container Virtualization	Review explanations after related questions and record the specific gap.
VM Deployment and Provisioning	Review explanations after related questions and record the specific gap.

How should you use these practice tests?

Start with the Test 1 sample, then use domain labels and explanations to choose what to review. Retake missed questions after studying the underlying objective, and reserve the final test for timed practice where the brief provides assessment timing.

1. Take the sample without looking up answers.
2. Group misses by domain, not just by score.
3. Review each explanation and the governing study material.
4. Repeat under documented assessment conditions when available.

What is a practical LPIC-3 305-300: Virtualization and Containerization study plan?

1. Phase 1: build a KVM host and create virtual machines by hand with virsh rather than a graphical tool, then read the generated libvirt XML and change it deliberately.
2. Phase 2: configure virtual networking in each mode and create storage pools of each type, then break them and fix them, because the fill-in-the-blank items reward hands-on familiarity.
3. Phase 3: start containers at the kernel level with namespaces and cgroups before touching Docker or LXC. Taking them in that order makes container behaviour obvious rather than magical.
4. Phase 4: work through cloud-init, Vagrant and Packer, which candidates routinely under-prepare, then sit two full practice sets under a hard 90-minute limit with no lookups.

LPIC-3 305-300: Virtualization and Containerization FAQ

How long is the LPIC-3 305-300 exam?

It is 60 questions in 90 minutes, an average of 90 seconds per question.

What is the pass mark for 305-300?

The score is scaled from 200 to 800 with a pass at 500. LPI states that because question difficulty varies, the number of correct answers needed to reach 500 depends on the exact set you are given.

What question formats does the exam use?

Multiple choice and fill-in-the-blank, where you type a command or an option. Recognising a command is not enough; you have to reproduce the exact subcommand, flag or path from memory.

Do I need LPIC-2 before taking 305-300?

An active LPIC-2 is required before LPIC-3 is awarded, though not to sit the exam itself. If your LPIC-2 has lapsed, passing 305-300 will not produce a certification until you renew it, so check its status before booking.

How long is LPIC-3 valid?

Five years.

Does LPI publish objective weights?

Yes. LPI publishes a weight for each of the thirteen objectives, and on a 60-question exam those weights are effectively the question counts, so you can tell exactly how much each objective is worth.

What are the three topic areas?

Topic 351 Full Virtualization, Topic 352 Container Virtualization, and Topic 353 VM Deployment and Provisioning.

Is container orchestration covered?

Container Orchestration Platforms is one of the four objectives inside Topic 352, alongside Container Virtualization Concepts, LXC and Docker.