Studio 30 m² à Centre Ville Casablanca

Situé au 4ᵉ étage d’un immeuble résidentiel bien entretenu, ce studio offre un cadre de vie optimisé, idéal pour un investissement locatif rentable ou une première acquisition en centre urbain. Caractéristiques : • Studio n°16 • Superficie habitable : 30 m² • Terrasse : 12 m² • Surface vendable : 36 m² • Orientation arrière : calme et sans nuisances • étage élevé : luminosité naturelle et vue dégagée Prestations & atouts : ✔️ Résidence sécurisée avec caméras de surveillance ✔️ Ascenseur + ascenseur voiture ✔️ Place de parking incluse ✔️ Emplacement stratégique sur Boulevard Tan-Tan ✔️ Excellent potentiel locatif (longue durée ou Airbnb) Aménagement intelligent : • Espace salon avec coin nuit • Kitchenette moderne • Salle de bain fonctionnelle • Rangements optimisés Cible idéale : • Investisseur (fort rendement) • Jeune actif / étudiant • Résidence secondaire Un studio avec terrasse, rare sur le marché, combinant rentabilité et emplacement premium. document.addEventListener(`DOMContentLoaded`,function(){let e=document.getElementById(`voir-plus`),t=document.querySelector(`.label`);e.addEventListener(`change`,function(){e.checked||t.scrollIntoView({behavior:`smooth`})})}); proposée par : Cantarel Immobilier Agence immobilière à Casablanca Information financières --> --> Annonces Similaires Il y a 2 mois 1 480 000 DH 1 Ch 1 sdb 50 m² Appartement à vendre Casablanca -El Manar - El Hank Annonce par : CASABLANCA LOYER (function(){const id = ""; const similarLen = 1; document.addEventListener("DOMContentLoaded", function () { const carousel = document.getElementById(`Cards-Container${id}`); const arrows = document.getElementById(`arrowsId${id}`); const indicators = document.getElementById(`indicators${id}`); // const prevStroke = document.getElementById(`prev-stroke${id}`); const nextButtons = document.querySelectorAll(`.next-btn${id}`); const prevButtons = document.querySelectorAll(`.prev-btn${id}`); if (!carousel) return; /* Card #4103 — measure the real card "step" (card width + gap) * by reading the two first children's offsetLeft. Falls back to * the first child's offsetWidth if there's only one card. This is * what makes the arrow navigation actually land on card edges * instead of being off by the gap. */ let currentIndex = 0; const firstCard = carousel.firstElementChild; const cardWidth = firstCard instanceof HTMLElement ? firstCard.offsetWidth || 320 : 320; const measureStep = () => { const first = carousel.children[0]; const second = carousel.children[1]; if (!first || !(first instanceof HTMLElement)) return cardWidth; if (second && second instanceof HTMLElement) { const delta = second.offsetLeft - first.offsetLeft; if (delta > 0) return delta; } return first.offsetWidth || cardWidth; }; let step = measureStep(); /* maxScroll is the true end of the scroll container. The card- * counted maxIndex is derived from it so the last "next" click * lands at scrollLeft = maxScroll and the final card sits fully * inside the viewport, no partial visibility. */ const getMaxScroll = () => Math.max(0, carousel.scrollWidth - carousel.clientWidth); let maxScroll = getMaxScroll(); let maxIndex = step > 0 ? Math.ceil(maxScroll / step) : 0; const maxDots = 5; const isRTL = getComputedStyle(carousel).direction === "rtl"; const recompute = () => { step = measureStep(); maxScroll = getMaxScroll(); maxIndex = step > 0 ? Math.ceil(maxScroll / step) : 0; }; const updateArrowsVisibility = () => { if (!arrows || !carousel) return; arrows.style.visibility = maxScroll > 0 ? "visible" : "hidden"; }; /* Dots window over the VALID scroll positions [0, maxIndex], * not over similarLen. Showing more dots than reachable positions * was the source of the "active dot stuck on an earlier position" * bug for cards = N where N - visibleCards maxDots and there's more content beyond an edge, * the dots closest to that edge shrink (1.0 → 0.7 → 0.5) so the * user gets a visual "there's more in this direction" cue without * the dot strip itself growing. */ const updateIndicators = () => { if (!indicators) return; const dots = indicators.querySelectorAll(".dot-indicator"); const pageCount = maxIndex + 1; // number of valid scroll positions let startDot = 0; if (pageCount > maxDots) { const half = Math.floor(maxDots / 2); if (currentIndex = pageCount - half - 1) { startDot = pageCount - maxDots; } else { startDot = currentIndex - half; } } const endDot = startDot + maxDots - 1; const overflowsAtStart = pageCount > maxDots && startDot > 0; const overflowsAtEnd = pageCount > maxDots && endDot { const actualIndex = startDot + dotPosition; const isVisible = actualIndex { if (!carousel) return; recompute(); currentIndex = Math.max(0, Math.min(index, maxIndex)); /* The container has `scroll-snap-type: x mandatory` and the cards * default to start-aligned snap. If we just scrollTo(maxScroll) * the browser snaps back to the PREVIOUS card's left edge when * maxScroll isn't an exact multiple of `step` — that's what * leaves the last card partially hidden behind the gap. * * For the final index, pin the LAST card's inline-end edge to * the container's inline-end edge via scrollIntoView. That * overrides snap proximity and guarantees full visibility of * the last card, no matter the gap or padding-right. */ if ( currentIndex >= maxIndex && maxIndex > 0 && carousel.children.length > 0 ) { const lastCard = carousel.children[carousel.children.length - 1]; if (lastCard instanceof HTMLElement) { lastCard.scrollIntoView({ inline: isRTL ? "start" : "end", block: "nearest", behavior: smooth ? "smooth" : "auto", }); } else { carousel.scrollTo({ left: maxScroll, behavior: smooth ? "smooth" : "auto", }); } } else { const scrollLeft = Math.min(currentIndex * step, maxScroll); carousel.scrollTo({ left: scrollLeft, behavior: smooth ? "smooth" : "auto", }); } updateIndicators(); prevButtons.forEach((btn) => { btn.style.display = currentIndex > 0 ? 'flex' : 'none'; }); // Hide next button when there are no more cards to scroll to. nextButtons.forEach((btn) => { btn.style.display = currentIndex { if (!carousel) return; // In RTL, browsers report scrollLeft as a negative value (or inverted), // so take the absolute distance from the start edge. const scrollPosition = Math.abs(carousel.scrollLeft); /* If the user dragged all the way to maxScroll, snap the index * to maxIndex even if scrollPosition / step rounds short. */ if (maxScroll > 0 && scrollPosition >= maxScroll - 1) { currentIndex = maxIndex; } else { currentIndex = step > 0 ? Math.round(scrollPosition / step) : 0; } currentIndex = Math.max(0, Math.min(currentIndex, maxIndex)); updateIndicators(); prevButtons.forEach((btn) => { btn.style.display = currentIndex > 0 ? 'flex' : 'none'; }); // Hide next button when there are no more cards to scroll to. nextButtons.forEach((btn) => { btn.style.display = currentIndex { if (resizeRaf) return; resizeRaf = requestAnimationFrame(() => { resizeRaf = 0; recompute(); updateArrowsVisibility(); updateIndicators(); if (currentIndex > maxIndex) { scrollToIndex(maxIndex, false); } else { // Re-evaluate next/prev visibility against the fresh maxIndex. prevButtons.forEach((btn) => { btn.style.display = currentIndex > 0 ? "flex" : "none"; }); nextButtons.forEach((btn) => { btn.style.display = currentIndex window.removeEventListener("resize", onResize), { once: true }, ); carousel.addEventListener("scroll", handleScroll); nextButtons.forEach((button) => { button.addEventListener("click", () => { scrollToIndex(currentIndex + 1); }); }); prevButtons.forEach((button) => { button.addEventListener("click", () => { scrollToIndex(currentIndex - 1); }); }); if (indicators) { const dots = indicators.querySelectorAll(".dot-indicator"); dots.forEach((dot) => { dot.addEventListener("click", () => { const index = parseInt(dot.dataset.index || "0"); scrollToIndex(index); }); }); } carousel.addEventListener("keydown", (e) => { if (e.key === "ArrowLeft") { scrollToIndex(currentIndex