Astrocarto Review: clear tool, slow mobile (71/100)

Astrocarto is a free-entry astrocartography mapping and location-decision product; the product profile also describes paid reports, AI credits, downloads, and one-time Pro or Ultimate access.

Fact	Value
Domain	astrocarto.net
Category	Astrocartography mapping and location-decision software
Pricing	Free entry point; product profile also describes paid reports, AI credits, downloads, and one-time Pro/Ultimate access
Pages crawled	38
Crawl date	2026-10-12

Astrocarto is easy to place: it presents an astrocartography calculator and map for people comparing locations for living, work, travel, relationships, or home decisions. Its strongest product quality is decision-support specificity. The journey extends from free chart generation to city checking, goal-based shortlists, comparisons, reports, and AI follow-up.

The main constraint is performance on mobile. Homepage field data records 3.1 seconds LCP and 497 ms INP; the mobile lab run records 6.5 seconds LCP and 960 ms blocking time. That speed tax sits alongside design-value drift, 68 small tap targets, and editorial debt in the sampled prose.

The review also finds meaningful strengths: a generally good but incomplete automated accessibility baseline, clear comparison content with fresh 2026 dating and affiliate disclosures, a current three-tier pricing comparison, and a technically healthy public surface in the supplied evidence. Astrocarto is promising for users who want a guided location workflow; its next gains come from mobile performance, design-system consistency, and more direct tier guidance.

AstroCarto makes its category clear within seconds: the homepage leads with "Free Astrocartography Chart & Map Calculator" and names relocation, travel, work, relationships, home, and wellbeing. Its more distinctive value is the workflow around the map: users can click anywhere, combine planetary lines with Angular Aspect or Paran signals, discover nearby places, shortlist cities, compare them, and create reports. That specificity gives the product a sharper position than a basic chart generator. The opportunity is focus. Put evidence-backed place and relocation decisions beside the calculator CTA, then present the other goals as secondary paths. The FAQ's boundary—that AstroCarto shortlists candidates but does not decide where someone should move—also gives the promise a responsible edge.

AstroCarto explains the prospect journey unusually well: enter birth date, time, and location, generate a chart, check a city, find places by goal, compare cities, time a move, create a report, or ask AI. The FAQ adds practical detail about free access, reports, credits, line distance, comparisons, and the evidence supplied to AI. The weakness is choice density. A first-time visitor sees relocation, career, relationships, home, wellbeing, exploration, multiple chart types, reports, PDFs, and AI before knowing which route to take. Group the entry experience into Generate, Explore, Compare, and Decide. Explain Angular Aspect and Paran in plain language at first mention. The site also sets expectations well: practical factors still matter, and the product does not choose a destination for the user.

AstroCarto's navigation and purchase path are straightforward: the homepage links directly to Pricing, and the pricing page presents Free Trial, Pro, and Ultimate with a substantial FAQ. Labels such as "Pricing," "Get Started Free," "Free Calculator," and "How to Read Your Map" provide good information scent. The principal usability cost is mobile loading. The homepage mobile artifact records 6.5 s LCP, 9.9 s time to interactive, and 960 ms total blocking time, so a visitor waits before the calculator or report journey feels responsive. The homepage also offers many competing calculator, guide, comparison, and article routes. Keep one primary first-visit action beside the proposition, move support nearer pricing and sign-up, and defer nonessential scripts, imagery, and below-fold report content.

The sampled internal pages establish a solid baseline: pricing, blog, support, astrocartography-tools, and astrocartography-lines expose header, navigation, main, and footer landmarks, while CSS evidence includes focus-visible rules and reduced-motion queries. The gaps are specific. On astrocartography-lines, one of five inputs has no label or ARIA name. Pricing skips from h1 to h3 and then h4. PSI reports contrast failures on the best-astrocartography-books article and astro-seek page. Homepage facts report no landmarks and no skip link, alongside a visible-label/accessibility-name mismatch. Add a programmatic label, repair the heading hierarchy, expose homepage landmarks, add a skip link, and correct the measured contrast pairs. Then manually verify keyboard order, modal focus, and the interactive map.

AstroCarto has a coherent visual language: warm paper tones, dark map and report panels, display typography, and a clear progression from chart generation to evidence and pricing. The 390px render has no horizontal overflow, with scrollWidth equal to the 390px viewport. Execution is less consistent underneath. CSS extraction finds 1,914 colors, 136 font sizes, 65 radii, 158 spacing values, and 12 font families; 275 !important occurrences reinforce the maintenance cost. Mobile interaction also needs normalization: 68 small tap targets include 32×32, 20×20, and repeated 16×16 controls, while one input is 14px. Establish a compact token scale, give controls 44px hit areas with 8px separation, and set text-entry inputs to at least 16px. Preserve the visual direction while making it repeatable.

Mobile performance is AstroCarto's clearest weakness. Homepage field data records 3.1 s p75 LCP and 497 ms INP, while the mobile lab run reaches 6.5 s LCP, 960 ms blocking time, and 9.9 s to interactive. The critical path also includes 73 blocking requests and an estimated 570 ms of render-blocking savings; JavaScript contributes about 4.0 s of main-thread work, with 161 KiB of estimated unused JavaScript. Payloads are heavy: the calculator transfers 6,292 KiB across 128 requests and the homepage 4,907 KiB across 164. Trace the LCP asset, remove work before it, defer non-critical hydration and third-party initialization, and set responsive image and transfer budgets. CLS is comparatively healthy, so it should not outrank LCP, INP, and payload reduction.

AstroCarto is strongest when it names the job directly. The homepage H1 identifies a free astrocartography chart and map calculator, while the opening explains inputs, map interaction, city comparison, and reports. The About page clearly frames the product around relocation, travel, work, and relationship decisions. The editorial sample is less disciplined. Statistics report 2,894 words in one extracted homepage paragraph and 3,284 on the calculator page, even though heading trees are populated. The blog also repeats a "Best Astrocartography … in 2026" pattern across several topics. Preserve the specificity, but break long prose into meaningful paragraphs and give each comparison a distinct audience, decision criterion, and trade-off. Replace the generic About title, shorten 66–79 character calculator titles, and add descriptive alt text to the reported missing images.

AstroCarto's pricing page gives buyers useful raw material: Pro is $19.99, Ultimate is $39.99, and Free Trial is visible alongside grouped feature checklists and a purchase FAQ. The missing layer is guidance. The table explains what each tier contains but does not say who should choose it, what trade-off matters, or when the extra cost becomes worthwhile. Add a short scenario-based recommendation for each plan, naming one decisive limit or benefit, while keeping the full table for verification. Mobile needs the same treatment: the capture presents one expanded tier at a time, so users cannot compare all three prices and key limits together. Keep price, best-for, and decisive limits in a sticky compact summary or plan switcher.

AstroCarto's comparison content is buyer-oriented because it assigns distinct jobs to AstroCarto, Solar Fire, Astro Gold, AstroLina, Astro.com, and Astro-Seek instead of presenting one universal winner. The software table compares use case, format, access, post-map value, and trade-offs; the books table maps reading goals to a best fit. Fresh 2026 dating and disclosures before affiliate links support credibility. The remaining issue is consistency: the supplied facts report affiliate links and sponsored or nofollow coverage, but disclosureTextFound is false on pricing, while both comparison articles disclose before their first affiliate link. Use one prominent disclosure pattern wherever affiliate links appear, and carry the same scenario framing into pricing. Because the crawl is partial, keep conclusions scoped to the supplied comparison evidence.

The supplied evidence shows no confirmed sitewide traffic-suppression defect. Public pages are reachable over HTTPS, HTTP and www consolidate in one hop, nonexistent URLs return 404, and sampled raw and rendered content is effectively aligned. The material residual risk is coverage, not a diagnosed failure: the sitemap contains 313 URLs while the available crawl is partial at 38 of 40 planned pages. Complete the crawl and reconcile sitemap membership with indexability, redirects, canonicals, hreflang, and internal links before treating the full surface as stable. Historical risk is unknown rather than negative: RDAP dates registration to 2026-03-09 and Wayback returned no CDX rows. With no GSC or analytics evidence supplied, this review cannot claim a traffic loss or algorithmic cause.

AstroCarto's sampled technical SEO foundation is healthy. robots.txt allows the public site and declares the sitemap while disallowing private, API, auth, dashboard, and error paths. HTTP and www consolidate to canonical HTTPS in one 301 hop, a nonexistent URL returns 404, and sampled pages show zero or near-zero JavaScript-only text. The audit boundary matters: 38 of 40 planned pages were crawled, while the sitemap reports 313 URLs. Run a complete crawl and reconcile status codes, canonicals, robots directives, hreflang targets, and internal links. The clearest current fixes are repeated missing alt text, oversized images up to 1,149 KB, and titles reported at 66–79 characters. The supplied evidence supports no critical crawl, indexability, rendering, redirect, or security failure.

Astrocarto earns its 71/100 through a clear product proposition, a well-described path from chart generation to comparisons and reports, a generally good but incomplete automated accessibility baseline, and buyer-oriented comparison content. The site is technically healthy in the supplied evidence, and its current pricing comparison gives prospects substantial feature detail.

Three fixes would improve the experience most. First, reduce mobile loading cost: the homepage records 3.1 seconds field LCP and 6.5 seconds in the mobile lab. Second, resolve the 68 small tap targets and separately address the design-value drift so the strong visual direction carries through the interface. Third, make the pricing table more directive by explaining which tier fits which audience and why.

Astrocarto is for astrology-curious users and experienced astrology users who want location decisions organized into a calculator, map, comparison, and report workflow.

This review covers the 13 supplied public dimensions; it is not a complete site-wide audit. It uses the supplied public dimension score table, crawl evidence for 38 pages dated 2026-10-12, performance measurements, and the site's stated product profile.

GSC was not connected, so search coverage and traffic trends were not measured. The review also retains the supplied limitations around sampled evidence and does not treat missing enrichment as a confirmed site defect.

Read How SiteList scores for the scoring method. Crawl date: 2026-10-12.